Alpher Online
 Current page : Home

301 Moved Permanently

Moved Permanently

The document has moved here.

Apache Server at killexams.com Port 80
Pass4sure HP0-460 Practice Test | Download Pass4sure HP0-460 exam Cheat Sheet PDF - alphernet.com.au

HP0-460 | Implementing HP XP12000/10000 Solution Fundamentals

Updated HP0-460 Practice Test @ Killexams

Complete Practice Exam is provided Here   |   View Blog Article Home

HP0-460 - Implementing HP XP12000/10000 Solution Fundamentals - braindump

Vendor HP
Exam Number HP0-460
Exam Name Implementing HP XP12000/10000 Solution Fundamentals
Questions 75 Q & A
Recent Update February 19, 2019
Free PDF Download HP0-460 Brain Dump
Download Complete PDF Killexams HP0-460 Complete Document

Free killexams.com HP0-460 question bank

killexams.com enables a large number of candidates to pass the exams and get their certifications. We have countless studies. Our dumps are strong, sensible, updated and of genuinely best quality to vanquish the inconveniences of any IT certifications. killexams.com exam dumps are latest updated in exceedingly defeat path on standard introduce and material is released irregularly. Latest killexams.com dumps are open in testing centers with whom we are keeping up our relationship to get latest material.

The killexams.com exam questions for HP0-460 Implementing HP XP12000/10000 Solution Fundamentals exam is fundamentally in perspective of two accessible plans, PDF and Practice test. PDF record passes on all the exam questions, answers which makes your arranging less persevering. While the Practice test are the complimentary component in the exam thing. Which serves to self-study your progress. The appraisal device also includes your weak districts, where you need to put more attempt with the objective that you can improve each one of your stresses.

killexams.com recommend you to must attempt its free demo, you will see the normal UI and besides you will believe that its easy to change the prep mode. Regardless, guarantee that, the real HP0-460 exam has a bigger number of questions than the example exam. In case, you are pacified with its demo then you can purchase the real HP0-460 exam thing. killexams.com offers you three months free updates of HP0-460 Implementing HP XP12000/10000 Solution Fundamentals exam questions. Our certification group is continually available at back end who updates the material as and when required.

killexams.com Huge Discount Coupons and Promo Codes are as under;
WC2017: 60% Discount Coupon for all exams on website
PROF17: 10% Discount Coupon for Orders greater than $69
DEAL17: 15% Discount Coupon for Orders greater than $99
DECSPECIAL: 10% Special Discount Coupon for All Orders

HP0-460 dumps, HP0-460 Discount Coupon, HP0-460 Promo Code, HP0-460 vce, Free HP0-460 vce, Download Free HP0-460 dumps, Free HP0-460 brain dumps, pass4sure HP0-460, HP0-460 practice test, HP0-460 practice exam, killexams.com HP0-460, HP0-460 real questions, HP0-460 actual test, HP0-460 PDF download, Pass4sure HP0-460 Download, HP0-460 help, HP0-460 examcollection, Passleader HP0-460, exam-labs HP0-460, Justcertify HP0-460, certqueen HP0-460, HP0-460 testking

View Full Exam »

Customer Reviews about HP0-460

Testimonials Here   |   View Vendors, Tracks Home

HP0-460 - Implementing HP XP12000/10000 Solution Fundamentals - Reviews

Our customers are always happy to give their reviews about the exams. Most of them are our permanent users. They do not rely on others except our team and they get exam confidence by using our questions and answers and exam simulator.

HP0-460 certification exam is quite irritating without this study guide.

I prepared the HP0-460 exam with the help of Killexams HP0-460 test preparation material. it was complicated but overall very helpful in passing my HP0-460 exam.

Passing HP0-460 exam was my first experience but Great Experience!

I had regarded the HP0-460 exam ultimate three hundred and sixty five days, however failed. It seemed very tough to me because of HP0-460 topics. They had been really unmanageable till i found the questions & solution observe guide by Killexams. That is the qualitymanual i have ever sold for my exam arrangements. The manner it handled the HP0-460 materials changed into terrificor even a slow learner like me should contend with it. Surpassed with 89% marks and felt above the sector. ThanksKillexams!.

What do you imply with the aid of HP0-460 examination dumps?

Killexams query monetary team became virtually appropriate. I cleared my HP0-460 exam with sixty eight.25% marks. The questions were surely suitable. They preserve updating the database with new questions. And guys, pass for it - they never disappoint you. Thanks so much for this.

observed an accurate source for real HP0-460 dumps.

I passed HP0-460 exam. way to Killexams. The exam could be very tough, and i dont realize how long itd take me to prepareon my own. Killexams questions are very clean to memorize, and the quality part is that theyre actual and accurate. so that you essentially move in knowing what youll see for your exam. so long as you skip this complex exam and positioned your HP0-460 certification to your resume.

WTF! questions have been precisely the equal in exam that I prepared!

the usual of Killexams is high sufficient to assist the candidates in HP0-460 exam education. All the products that I had used for HP0-460 exam coaching had been of the exceptional great in order that they assisted me to clear the HP0-460 exam shortly.

HP0-460 certification examination is quite traumatic without this observe guide.

The Killexams Q&a dump as well as HP0-460 exam Simulator goes nicely for the exam. I used each them and prevailin the HP0-460 exam without any hassle. The material helped me to research in which i used to be vulnerable, in order that I advanced my spirit and spent enough time with the specific situation matter. On this way, it helped me to put together nicely for the exam. I desire you right top fortune for you all.

am i able to discover contact data of HP0-460 certified?

Your questions exactly similar to actual one. Passed the HP0-460 test the other day. i would have no longer completed it at the same time as no longer your check homework materials. Various months agene I fizzling that test the important time I took it. Killexams Q&A and Exam Simulator are a first rate thing for me. I completed the test frightfully simply this point.

Found an accurate source for real HP0-460 Questions.

This training kit has helped me skip the exam and turn out to be HP0-460 certified. I could not be more excited and thankful to Killexams for such an clean and dependable training tool. I am able to verify that the questions inside the package deal are actual, this is not a faux. I chose it for being a reliable (advocated by means of manner of a pal) manner to streamline the exam instruction. Like many others, I could not have enough money analyzing complete time for weeks or maybe months, and Killexams has allowed me to squeeze down my training time and though get a terrific cease result. High-quality solution for busy IT experts.

worked tough on HP0-460 books, however the whole thing became in this take a look at manual.

I am confident to recommend Killexams HP0-460 questions answers and exam simulator to everyone who prepares to take their HP0-460 exam. This is the most updated preparation info for the HP0-460 available online as it really covers complete HP0-460 exam, This one is really good, which I can vouch for as I passed this HP0-460 exam last week. Questions are updated and correct, so I didnt have any trouble during the exam and got good marks and I highly recommend Killexams

Short, comprehensive and authentic Q&A bank of HP0-460 exam.

It became genuinely 12 days to attempt for the HP0-460 exam and i used to be loaded with some factors. I used to be searching out a smooth and powerful manual urgently. In the end, I were given the Q&A of Killexams. Its brief solutions had been now not difficult to finish in 15 days. Inside the actual HP0-460 exam, I scored 88%, noting all of the questions in due time and got 90% questions just like the pattern papers that they provided. An awful lot obliged to Killexams.

Review Complete Testimonials »

See more HP exam dumps

Direct Downloads Here   |   View Vendors, Latest Home

Real Exam Questions and Answers of exams

We offer a huge collection of HP exam questions and answers, study guides, practice exams, Exam Simulator.

HP0-M19 | HP0-513 | HP2-Z15 | HP0-663 | HP0-Y13 | HP0-P15 | HP0-242 | HP5-H05D | HP0-402 | HP2-H08 | HP0-797 | HP2-H18 | HP0-Y47 | HP2-K37 | HP2-K39 | HP0-M24 | HP2-N26 | HP2-K26 | HP2-B88 | HP2-B102 | HPE6-A29 | HP0-632 | HP0-Y37 | HPE0-J76 | HP0-Y42 | HP0-Y17 | HP0-698 | HP0-S26 | HP2-K22 | HP3-X06 | HP0-M50 | HP0-830 | HP0-M36 | HP2-896 | HP2-B126 | HP2-B118 | HP2-K09 | HP0-Y11 | HP0-M28 | HP3-C40 | HP2-B25 | HP0-Y31 | HP0-A25 | HP2-Z03 | HP0-082 | HP0-680 | HP2-H17 | HP2-Z16 | HP0-P16 | HP2-K31 |

View Complete HP Collection »

Latest Exams added

Recently Updated Here   |   View Vendors, Latest Home

Latest Practice Exam Questions and Answers Added to Killexams.com

We keep our visitors and customers updated regarding the latest technology certifications by providing reliable and authentic exam preparation material. Our team remain busy in updating HP0-460 exam training material as well as reviewing the real exam changes. They try best to provide each and every relevant information about the test for the candidate to get good marks and come out of test center happily.

1Y0-340 | 1Z0-324 | 1Z0-344 | 1Z0-346 | 1Z0-813 | 1Z0-900 | 1Z0-935 | 1Z0-950 | 1Z0-967 | 1Z0-973 | 1Z0-987 | A2040-404 | A2040-918 | AZ-101 | AZ-102 | AZ-200 | AZ-300 | AZ-301 | FortiSandbox | HP2-H65 | HP2-H67 | HPE0-J57 | HPE6-A47 | JN0-662 | MB6-898 | ML0-320 | NS0-159 | NS0-181 | NS0-513 | PEGACPBA73V1 | 1Z0-628 | 1Z0-934 | 1Z0-974 | 1Z0-986 | 202-450 | 500-325 | 70-537 | 70-703 | 98-383 | 9A0-411 | AZ-100 | C2010-530 | C2210-422 | C5050-380 | C9550-413 | C9560-517 | CV0-002 | DES-1721 | MB2-719 | PT0-001 | CPA-REG | CPA-AUD | AACN-CMC | AAMA-CMA | ABEM-EMC | ACF-CCP | ACNP | ACSM-GEI | AEMT | AHIMA-CCS | ANCC-CVNC | ANCC-MSN | ANP-BC | APMLE | AXELOS-MSP | BCNS-CNS | BMAT | CCI | CCN | CCP | CDCA-ADEX | CDM | CFSW | CGRN | CNSC | COMLEX-USA | CPCE | CPM | CRNE | CVPM | DAT | DHORT | CBCP | DSST-HRM | DTR | ESPA-EST | FNS | FSMC | GPTS | IBCLC | IFSEA-CFM | LCAC | LCDC | MHAP | MSNCB | NAPLEX | NBCC-NCC | NBDE-I | NBDE-II | NCCT-ICS | NCCT-TSC | NCEES-FE | NCEES-PE | NCIDQ-CID | NCMA-CMA | NCPT | NE-BC | NNAAP-NA | NRA-FPM | NREMT-NRP | NREMT-PTE | NSCA-CPT | OCS | PACE | PANRE | PCCE | PCCN | PET | RDN | TEAS-N | VACC | WHNP | WPT-R | 156-215-80 | 1D0-621 | 1Y0-402 | 1Z0-545 | 1Z0-581 | 1Z0-853 | 250-430 | 2V0-761 | 700-551 | 700-901 | 7765X | A2040-910 | A2040-921 | C2010-825 | C2070-582 | C5050-384 | CDCS-001 | CFR-210 | NBSTSA-CST | E20-575 | HCE-5420 | HP2-H62 | HPE6-A42 | HQT-4210 | IAHCSMM-CRCST | LEED-GA | MB2-877 | MBLEX | NCIDQ | VCS-316 | 156-915-80 | 1Z0-414 | 1Z0-439 | 1Z0-447 | 1Z0-968 | 300-100 | 3V0-624 | 500-301 | 500-551 | 70-745 | 70-779 | 700-020 | 700-265 | 810-440 | 98-381 | 98-382 | 9A0-410 | CAS-003 | E20-585 | HCE-5710 | HPE2-K42 | HPE2-K43 | HPE2-K44 | HPE2-T34 | MB6-896 | VCS-256 | 1V0-701 | 1Z0-932 | 201-450 | 2VB-602 | 500-651 | 500-701 | 70-705 | 7391X | 7491X | BCB-Analyst | C2090-320 | C2150-609 | IIAP-CAP | CAT-340 | CCC | CPAT | CPFA | APA-CPP | CPT | CSWIP | Firefighter | FTCE | HPE0-J78 | HPE0-S52 | HPE2-E55 | HPE2-E69 | ITEC-Massage | JN0-210 | MB6-897 | N10-007 | PCNSE | VCS-274 | VCS-275 | VCS-413 |

View Complete List »

See more braindumps

Direct Downloads Here   |   View Vendors, Latest Home

Actual Test Questions and Answers of exams

Here are some exams that you can explore by clicking the link below. There are thousands of exams that we provide to our candidates covering almost all the areas of certifications. Prepare our Questions and Answers and you will Pass4sure.

MB4-218 | NET | 1Z0-974 | HP0-176 | HCE-5420 | ST0-12X | JN0-1330 | HP2-K37 | 9A0-086 | HP2-T18 | NS0-157 | 70-544 | 646-590 | 1T0-035 | BI0-125 | 646-228 | 000-453 | C2040-422 | IREB | OAT | A2010-502 | FM1-306 | 1T6-530 | HP0-Y20 | A2090-303 | HP2-Z25 | C2010-568 | 000-M61 | 4A0-105 | 000-971 | 000-701 | CWAP-402 | SC0-471 | 7241X | HP2-K20 | 000-439 | VCS-316 | HP0-Y11 | HP0-265 | 4H0-002 | 000-006 | 700-281 | 1Z0-546 | 70-528-VB | 050-854 | 000-M248 | 190-520 | 250-300 | 000-288 | 202-400 |

Read more Details »

Top of the list Vendors

Certification Vendors Here   |   View Exams, Latest Home

Industry Leading Vendors

Top notch vendors that dominate the entire world market by their technology and experties. We try to cover almost all the technology vendors and their certification areas so that our customers and visitors obtain all the information about test at one place.

ISACA | Cognos | GuidanceSoftware | APA | Nokia | IISFA | ASQ | Autodesk | CIPS | Fortinet | IAAP | SDI | Arizona-Education | SpringSource | Network-General | ACI | CheckPoint | Polycom | Prince2 | SCO | BlackBerry | Esri | ISEB | Palo-Alto | CWNP | Nortel | Real-Estate | Magento | Symantec | RES | Apple | LPI | NI | USMLE | Dassault | iSQI | XML-Master | Certiport | GMAT | ADOBE | TIA | HRCI | NCLEX | PayPal | ECDL | ESPA | Alfresco | IIBA | BICSI | Intel |

View Complete List »

HP0-460 Sample Questions

Certification Vendors Here   |   View Exams, Latest Home

HP0-460 Demo and Sample

Note: Answers are below each question.
Samples are taken from full version.

Pass4sure HP0-460 dumps | Killexams.com HP0-460 real questions | [HOSTED-SITE]

Killexams.com HP0-460 Dumps and Real Questions

100% Real Questions - Exam Pass Guarantee with High Marks - Just Memorize the Answers

HP0-460 exam Dumps Source : Implementing HP XP12000/10000 Solution Fundamentals

Test Code : HP0-460
Test Name : Implementing HP XP12000/10000 Solution Fundamentals
Vendor Name : HP
Q&A : 75 Real Questions

Dont forget about to attempt these real exam questions for HP0-460 examination.
This killexams.com from helped me get my HP0-460 partner confirmation. Their material are clearly beneficial, and the exam simulator is surely splendid, it completely reproduces the exam. Topics are clear very without problems the use of the killexams.com test material. The exam itself turned into unpredictable, so Im glad I utilized killexams.com Q&A. Their packs spread all that I need, and I wont get any unsavory shocks amid your exam. Thanx Guys.

Little observe for HP0-460 examination, first rate success.
I was so much lazy and didnt want to work hard and always searched short cuts and convenient methods. when i was doing an IT course HP0-460 and it was very tough for me and didnt able to find any guide line then i heard about the site which were very popular in the market. I got it and my problems removed in few days when i started it. The sample and practice questions helped me a lot in my prep of HP0-460 exams and i successfully secured good marks as well. That was just because of the killexams.

it's far high-quality ideal to put together HP0-460 exam with dumps.
I just required telling you that I even have topped in HP0-460 exam. All the questions about exam table have been from killexams. It is said to be the real helper for me on the HP0-460 exam bench. All reward of my success is going to this manual. This is the real purpose behind my success. It guided me in the right manner for attempting HP0-460 exam questions. With the assist of this test stuff I turned into proficient to attempt to all of the questions in HP0-460 exam. This study stuff publications a person inside the right way and ensures you one hundred% accomplishment in exam.

proper here we are! authentic look at, genuine give up end result.
Im very happy to have located killexams.com online, and even more satisfied that i purchased HP0-460 package honestly days before my exam. It gave the top notch preparation I desired, when you bear in brain that I didnt have a whole lot time to spare. The HP0-460 attempting out engine is actually appropriate, and everything objectives the regions and questions they check at some point of the HP0-460 exam. It may appear incredible to pay for a draindump these days, while you can find out almost some thing at no cost on line, but accept as actual with me, this one is in reality really worth every penny! I am very glad - each with the steerage system or even extra so with the end end result. I passed HP0-460 with a very strong marks.

Where will I find questions and Answers to study HP0-460 exam?
im ranked very excessive among my class pals at the listing of wonderful college students but it handiest occurred after I registered in this killexams.com for a few exam assist. It changed into the high ranking analyzing application in this killexams.com that helped me in joining the high ranks at the side of different incredible students of my magnificence. The sources on this killexams.com are commendable due to the fact theyre specific and extremely beneficial for practise thru HP0-460, HP0-460 dumps and HP0-460 books. I am happy to put in writing these phrases of appreciation due to the fact this killexams.com deserves it. thanks.

I need actual test questions of HP0-460 exam.
Im thankful to killexams.com for his or her mock test on HP0-460. I should skip the exam with out issue. Thank you over again. I have moreover taken mock test from you for my other test. I am finding it very beneficial and am confident of clearing this exam through attaining more than eighty five%. Your questions and answers can be very beneficial and explainations are also incredible. I am capable of give you a four celebrity marks.

HP0-460 real query financial institution is genuine take a look at, actual end result.
I am Aggarwal and that i work for clever Corp. I had finished to seem for the HP0-460 exam and have become very concerned about it as it contained tough case studies and so forth. I then carried out to your queryfinancial team. My many doubts got cleared due to the explainations provided for the solutions. I also got the case studies in my e-mail which were well solved. I regarded for the exam and am satisfied to mention that I got seventy three.Seventy five% and that i provide you with the entire credit score marks. In addition I congratulate you and look in addition to clear greater tests with the assist of your web page.

What is needed to take a look at and bypass HP0-460 exam?
Tried a lot to clear my HP0-460 exam taking assist from the books. But the intricate motives and hard instance made things worse and I skipped the test twice. Finally, my pleasant buddy suggested me the question & solution by means of killexams.com. And agree with me, it worked so well! The great contents were brilliant to undergo and recognize the subjects. I could effortlessly cram it too and replied the questions in slightly a hundred and eighty mins time. Felt elated to pass well. Thanks, killexams.com dumps. Thanks to my adorable buddy too.

Take Advantage, Use questions and answers to ensure your success.
I wanted to start my own IT business but before it, HP0-460 course was necessary for my business, so I decide to get this certificate. When I took the admission for HP0-460 certification and took lectures I didnt understand anything. After some query I reached at killexams.com website and learnt from their and when my HP0-460 exam came I did well as compare to those students who took lectures and prepared from HP0-460 study guide from this website. I recommend this website to all. I also thank to the employees of this website.

These HP0-460 Latest dumps works in the real test.
The exercise exam is remarkable, I passed HP0-460 paper with a score of one hundred percentage. rightly well worth the fee. I might be again for my subsequent certification. First of all permit me provide you with a huge thanks for giving me prep dumps for HP0-460 exam. It changed into certainly useful for the education of exams and also clearing it. You wont recall that i got not a single solution incorrect !!!Such whole exam preparatory material are top notch manner to obtain immoderate in checks.

HP Implementing HP XP12000/10000 Solution

Meridian groups Up With HP For yet another a success 12 months at NRF | killexams.com Real Questions and Pass4sure dumps

No effect found, are attempting new keyword!ABERDEEN, N.C., Feb. 6, 2019 /PRNewswire-PRWeb/ -- Meridian, an trade-main kiosk brand and software developer currently teamed up with technology massive, HP Inc., once ... can propose and i...

Autodesk develops generative design application for HP and GE Additive 3D printers | killexams.com Real Questions and Pass4sure dumps

Autodesk, an award-winning American software company, has collaborated with HP and GE Additive to advance generative design application tools that work directly with 3D printers.

in accordance with Autodesk’s Netfabb and Fusion 360, the design-to-print workflow for additive manufacturing could be integrated in HP Multi Jet Fusion and GE Direct steel Laser Melting (DMLM) systems to enhance fast prototyping for construction-in a position 3D printed materials.

Robert Yancey, director of producing business approach at Autodesk, defined to Design news:

“To release the total price of HP MJF printers, you want a great design, a great cloth, and a superb print technique. Autodesk develops the design equipment and know-how, HP develops the print manner, and HP with their material partners develops the materials. All features are required to achieve optimum effectivity.”

The HP Jet Fusion 3D 4210/4200 Printing Solution. Photo via HP.The HP Jet Fusion 3D 4210/4200 Printing solution. image by the use of HP.

A generative workflow

all through Formnext, HP introduced a partnership with Autodesk to allow generative design capabilities across the whole HP Multi Jet Fusion portfolio. Following this collaboration, Christoph Schell, President of 3D Printing and Digital Manufacturing, HP Inc., pointed out:

“Many industries akin to car, which goes via its greatest transformation in additional than a hundred years, want to new applied sciences and strategic partners like HP to aid them enhanced compete during this time of trade.”

“we're working with innovators to change the style they design and manufacture, unlocking new purposes, more manufacturing flexibility, and more suitable innovation, efficiency, and sustainability across their product construction lifecycle.”

in a similar way, Autodesk is working with GE Additive to streamline metallic additive manufacturing. the usage of GE Additive’s software algorithms, interfaces, and really expert facts models, this workflow will offer predictive insights for charge and timeline projections in the early ranges of design.

“Working with Autodesk will give a powerful design-to-print atmosphere for our customers, helping lower the limitations of additive adoption while accelerating a consumer’s time to first decent part,” spoke of Lars Bruns, govt utility chief at GE Additive.

3D printed motorbike elements from HP. image via HP/ Motus.

enforcing an conclusion-to-conclusion workflow

As a mutual client of Autodesk and HP, Penumbra Engineering, a united statesgenerative design enterprise, these days used Autodesk’s design-to-print workflow to provide an ultrasonic sensing machine. This 3D printed half become designed to be lightweight and durable inside severe environments.

“The Penumbra case look at uncovers the price of HP working with Autodesk generative design expertise,” brought Yancey.

“We’re helping HP printers in Fusion 360 and Netfabb so that HP multi-jet fusion clients have the design and print prep tools they want. We’re working with HP to deliver guide for the new metal printers.”

A 3D printed handheld transducer created by Penumbra Engineering. Photo via Penumbra Engineering,A 3D printed handheld transducer created by Penumbra Engineering. image by the use of Penumbra Engineering,

publish your nominations now for the 3D Printing industry Awards 2019.

also, for the newest 3D Printing trade updates subscribe to our publication, observe us on Twitter and like us on facebook.

in search of a sparkling start in the new year? seek advice from 3D Printing Jobs to commence your career in additive manufacturing.

Featured photograph indicates 3D printed components from HP. photograph via HP.

Carahsoft Awarded HP PartnerOne boom Reseller of the 12 months Americas, HP utility neighborhood Award | killexams.com Real Questions and Pass4sure dumps

RESTON, VA--(Marketwired - Mar 27, 2014) - Carahsoft technology Corp., the relied on government IT solutions company, today introduced that it has been recognized with an HP PartnerOne Award for boom Reseller of the 12 months on the 2014 HP world accomplice conference.

The HP PartnerOne growth Reseller of the 12 months Americas, HP utility community award honors Carahsoft for their powerful efficiency during the last 12 months and demonstrating boom via innovation, powerful teamwork and an standard commitment to excellence.

"Carahsoft is honored to be recognized again by using HP for our aid of the company's public sector channel company and income efforts," mentioned Patrick Gallagher, vice chairman of HP solutions at Carahsoft. "The HP PartnerOne application has been a key to our success, featuring easy entry to enablement substances and enabling our team and our partners to grow their ability sets and optimize our clients' know-how investments."

"Congratulations to this 12 months's HP PartnerOne growth Award winners," pointed out Robert Makheja, Vice-President, Americas HP Federal utility revenue. "With a laser focus on proposing trade-main know-how solutions and features to our mutual customers, each and every of these partners has exemplified magnificent increase via innovation and a real dedication to partnership."

The HP PartnerOne Award winners were selected by a panel of HP Channel executives and offered to astounding HP companions who have established brilliant business efficiency, performed gigantic ordinary increase, and have delivered ingenious solutions to clients. 

additional info on the 2014 HP world partner convention is attainable here.

About Carahsoft Carahsoft know-how agency is the relied on govt IT options provider. As a proper-ranked GSA time table Contract holder, Carahsoft serves as the grasp govt aggregator for many of its most fulfilling-of-breed companies, aiding an intensive ecosystem of manufacturers, resellers and consulting partners committed to assisting govt groups select and enforce the most suitable answer at the very best value.

The business's dedicated solutions Divisions proactively market, promote and convey HP, VMware, Adobe, Symantec, EMC, F5 Networks, crimson Hat, SAP, and Intelligence and creative products and capabilities amongst others. Carahsoft is consistently recognized by using its companions as a accurate revenue producer, and is listed yearly among the many industry's quickest-turning out to be businesses with the aid of CRN, Inc., Washington technology, The Washington publish, Washington enterprise Journal, and SmartCEO. consult with us at www.carahsoft.com.

Unquestionably it is hard assignment to pick dependable certification questions/answers assets regarding review, reputation and validity since individuals get sham because of picking incorrectly benefit. Killexams.com ensure to serve its customers best to its assets concerning exam dumps update and validity. The vast majority of other's sham report dissension customers come to us for the brain dumps and pass their exams joyfully and effortlessly. We never trade off on our review, reputation and quality on the grounds that killexams review, killexams reputation and killexams customer certainty is imperative to us. Uniquely we deal with killexams.com review, killexams.com reputation, killexams.com sham report objection, killexams.com trust, killexams.com validity, killexams.com report and killexams.com scam. On the off chance that you see any false report posted by our rivals with the name killexams sham report grievance web, killexams.com sham report, killexams.com scam, killexams.com protest or something like this, simply remember there are constantly awful individuals harming reputation of good administrations because of their advantages. There are a huge number of fulfilled clients that pass their exams utilizing killexams.com brain dumps, killexams PDF questions, killexams hone questions, killexams exam simulator. Visit Killexams.com, our specimen questions and test brain dumps, our exam simulator and you will realize that killexams.com is the best brain dumps site.


ED0-002 test questions | 9A0-128 braindumps | CAT-241 Practice Test | 1Z0-042 practice questions | P2040-052 cheat sheets | CDCA-ADEX pdf download | 98-382 braindumps | C2040-415 dumps questions | PW0-205 cram | 000-M16 practice test | C2140-842 test prep | CNS questions and answers | 156-315-71 braindumps | JN0-647 sample test | 250-402 Practice test | Rh202 free pdf | A00-206 braindumps | COG-642 study guide | HP0-M98 VCE | 200-601 test prep |

Simply remember these HP0-460 questions before you go for test.
killexams.com is a definitive arrangement hotspot for passing the HP HP0-460 exam. We have painstakingly agreed and gathered real exam questions, which are refreshed with indistinguishable recurrence from real exam is refreshed, and checked on by industry specialists. Colossal Discount Coupon and Promo codes are offered for awesome discount.

If you are examining out HP HP0-460 Dumps containing real exam Questions and Answers for the Implementing HP XP12000/10000 Solution Fundamentals test prep? killexams.com is correct here to provide you one most updated and glorious database of HP0-460 Dumps that's http://killexams.com/pass4sure/exam-detail/HP0-460. we have got aggregative information of HP0-460 Dumps questions from real tests to provide you an opportunity to prepare and pass HP0-460 exam at the first attempt. killexams.com Discount Coupons and Promo Codes are as below; WC2017 : 60% Discount Coupon for all exams on web site PROF17 : 10% Discount Coupon for Orders additional than $69 DEAL17 : 15% Discount Coupon for Orders over $99 SEPSPECIAL : 10% Special Discount Coupon for All Orders

On the off chance that you are searching for Pass4sure HP0-460 Practice Test containing Real Test Questions, you are at opportune place. We have collected database of inquiries from Actual Exams to enable you to get ready and pass your exam on the principal endeavor. All preparation materials on the site are Up To Date and certified by our specialists.

We give most recent and updated Pass4sure Practice Test with Actual Exam Questions and Answers for new syllabus of HP HP0-460 Exam. Practice our Real Questions and Answers to Improve your insight and pass your exam with High Marks. We guarantee your accomplishment in the Test Center, covering every one of the points of exam and assemble your Knowledge of the HP0-460 exam. Pass 4 beyond any doubt with our precise inquiries.

killexams.com HP0-460 Exam PDF contains Complete Pool of Questions and Answers and Dumps verified and certified including references and clarifications (where relevant). Our objective to amass the Questions and Answers isn't just to pass the exam at first endeavor yet Really Improve Your Knowledge about the HP0-460 exam subjects.

HP0-460 exam Questions and Answers are Printable in High Quality Study Guide that you can download in your Computer or some other gadget and begin setting up your HP0-460 exam. Print Complete HP0-460 Study Guide, convey with you when you are at Vacations or Traveling and Enjoy your Exam Prep. You can get to updated HP0-460 Exam Q&A from your online record whenever.

killexams.com Huge Discount Coupons and Promo Codes are as under;
WC2017: 60% Discount Coupon for all exams on website
PROF17: 10% Discount Coupon for Orders greater than $69
DEAL17: 15% Discount Coupon for Orders greater than $99
DECSPECIAL: 10% Special Discount Coupon for All Orders

Download your Implementing HP XP12000/10000 Solution Fundamentals Study Guide quickly after purchasing and Start Preparing Your Exam Prep Right Now!


Killexams P8010-004 practice questions | Killexams JN0-531 test questions | Killexams HCE-5420 test prep | Killexams 1Z0-101 real questions | Killexams ISSAP free pdf | Killexams IC3-3 real questions | Killexams MB4-213 practice questions | Killexams ST0-119 free pdf | Killexams 70-536-CSharp brain dumps | Killexams 2B0-011 pdf download | Killexams JN0-532 braindumps | Killexams CCP bootcamp | Killexams CFE Practice Test | Killexams HP0-M15 free pdf download | Killexams 000-997 Practice test | Killexams 9A0-411 study guide | Killexams 9L0-408 questions and answers | Killexams C9510-317 dumps questions | Killexams C2040-988 braindumps | Killexams HPE6-A47 sample test |


View Complete list of Killexams.com Brain dumps

Killexams 9L0-506 questions and answers | Killexams DCAPE-100 Practice Test | Killexams 920-337 cheat sheets | Killexams 9A0-042 dumps | Killexams 005-002 real questions | Killexams 1Z0-147 test questions | Killexams HP0-Y16 questions answers | Killexams C2180-374 study guide | Killexams A2090-558 brain dumps | Killexams C2150-620 examcollection | Killexams 250-318 braindumps | Killexams TB0-120 sample test | Killexams A2010-573 questions and answers | Killexams 000-779 exam prep | Killexams 190-805 study guide | Killexams C2040-917 pdf download | Killexams 000-440 free pdf download | Killexams SC0-451 Practice test | Killexams 200-150 real questions | Killexams HP2-K29 real questions |

Implementing HP XP12000/10000 Solution Fundamentals

Pass 4 sure HP0-460 dumps | Killexams.com HP0-460 real questions | [HOSTED-SITE]

Telenav Reports Second Quarter Fiscal 2019 Financial Results | killexams.com real questions and Pass4sure dumps

SANTA CLARA, Calif., Feb 07, 2019 (GLOBE NEWSWIRE via COMTEX) -- SANTA CLARA, Calif., Feb. 07, 2019 (GLOBE NEWSWIRE) -- Telenav [(R)] , Inc. TNAV, +7.83% a leading provider of connected car and location-based services, today released its financial results for the quarter ended Dec. 31, 2018, the second quarter of fiscal 2019. In connection with that announcement, the company also posted a quarterly letter to stockholders on its website. Please visit Telenav's investor relations website at http://investor.telenav.com to view the financial results and letter to stockholders.

"In the second quarter, we achieved a significant milestone of positive adjusted cash flow from operations, a non-GAAP measure, evidence that the company is improving its financial fundamentals while driving growth," said HP Jin, Chairman and CEO of Telenav. "We continued to increase our revenue and billings from General Motors, which were approximately 17% and 20% respectively during the second quarter compared to 7% and 7% for revenue and billings in the second quarter of fiscal 2018. Consistent with our mission of making people's lives less stressful, more productive, and more fun on the go, we are collaborating with Amazon to integrate the Alexa voice interface for in-car navigation, an integration we demonstrated at CES 2019."

Telenav's Board of Directors has authorized a program for the repurchase of up to $20.0 million of shares of common stock through open market purchases. The term of the program is 18 months. The timing and amount of repurchase transactions under this program will depend on market conditions, cash flow and other considerations.

Financial highlights for the second quarter ended Dec. 31, 2018

  • Total revenue for the second quarter of fiscal 2019 was $57.2 million, inclusive of $4.1 million related to annual map updates, which are recognized when Telenav provides updated maps, and $1.7 million of customized software development fees, compared with $61.4 million in the second quarter of fiscal 2018, of which $3.0 million was related to periodic map updates, and $0.6 million of customized software development fees.
  • Billings for the second quarter of fiscal 2019 were $63.6 million, compared with $70.1 million in the second quarter of fiscal 2018. The year over year decline in revenue and billings was due primarily to lower per unit pricing in the company's automotive business unit resulting from lower third-party content costs charged through to our customers, partially offset by higher unit volume on its automotive solutions, and lower advertising and mobile navigation revenue. Absent the impact on revenue and billings from the lower third-party content costs, both revenue and billings would have grown during the quarter, as illustrated by the growth of gross profit and adjusted cash flow from operations.
  • Gross profit was $25.0 million in the second quarter of fiscal 2019, compared with $23.5 million in the second quarter of fiscal 2018. Automotive gross profit was $19.4 million in the second quarter of fiscal 2019, a 13.2% increase from $17.2 million in the second quarter of fiscal 2018.
  • Net loss for the second quarter of fiscal 2019 was $(4.6) million, compared with $(8.4) million for the second quarter of fiscal 2018. The year over year decrease in loss was due primarily to higher gross profit in the automotive business unit and lower overall operating expenses.
  • Adjusted cash flow from operations (formerly referred to as adjusted EBITDA on billings) for the second quarter of fiscal 2019 was $2.6 million compared with $(1.8) million in the second quarter of fiscal 2018.
  • Ending cash, cash equivalents and short-term investments, excluding restricted cash, were $85.9 million as of Dec. 31, 2018 an increase of $4.6 million compared to the September 30, 2018 cash balance of $81.3 million. This total represented cash and short-term investments of $1.89 per share, based on 45.5 million shares of common stock outstanding as of Dec. 31, 2018. Telenav had no debt as of Dec. 31, 2018.
  • Recent Business Highlights

  • 1.3 million Telenav-equipped vehicles capable of connected services were deployed into the global market during the quarter ended Dec. 31, 2018, bringing the cumulative total to 11.9 million.
  • Telenav surpassed 21 million total auto units shipped with Telenav software and services.
  • GM launched Telenav's hybrid navigation solution on additional model year 2019 vehicles, including the Chevrolet Blazer and Malibu, and the Cadillac CT6.
  • Toyota launched Telenav's Scout GPS Link on additional model year 2019 vehicles, including the Toyota RAV4 and the Lexus UX.
  • A contract amendment for the previously announced award of Ford next generation business in North America was executed in December 2018.
  • Telenav announced collaboration with Amazon Alexa to bring conversational voice interface for in-car navigation.
  • Q3 Fiscal 2019 Business Outlook

    For the third fiscal quarter ending Mar. 31, 2019, Telenav offers the following guidance.

  • Total revenue is expected to be $49 million to $53 million.
  • Billings are expected to be $61 million to $65 million including $2.5 million of customized software development fees.
  • Gross margin is expected to be approximately 45%.
  • Direct contribution margin from billings is expected to be approximately 45%.
  • Operating expenses are expected to be $31 million to $32 million.
  • Net loss is expected to be $(7) million to $(9) million.
  • Adjusted EBITDA loss is expected to be $(5) million to $(6) million.
  • Adjusted cash flow from operations is expected to be $(1) million to $1 million.
  • Automotive revenue is expected to be $42 million to $45 million.
  • Advertising revenue is expected to be approximately $5 million.
  • Weighted average diluted shares outstanding is expected to be approximately 45.6 million.
  • Subject to anticipated volumes, take rates and timing of model expansion under Telenav's various automobile manufacturer and tier one supplier programs, including the potential impact, if any, of our automotive manufacturer customers' transition of their North American passenger car portfolio to trucks, SUVs and CUVs, and assuming no unforeseen impact from macroeconomic changes, including federal government shutdowns and tariff impacts, Telenav anticipates that adjusted cash flow from operations will be positive for fiscal 2019.

    The above information concerning guidance represents Telenav's outlook only as of the date hereof and is subject to change as a result of amendments to material contracts, other changes in business conditions and other factors. Please refer to the disclosures under "Forward-Looking Statements" below. Telenav undertakes no obligation to update or revise any financial forecast or other forward-looking statements, as a result of new developments, or otherwise.

    Conference Call and Quarterly Commentary

    Telenav will host an investor conference call and live webcast on Thursday, Feb. 7, 2019 at 2:30 p.m. Pacific Time (5:30 p.m. Eastern Time). Management has posted its letter to stockholders in combination with this press release on its investor relations website in lieu of management providing remarks at the start of the conference call. Instead, management will respond to questions during the call. To listen to the webcast and view Telenav's quarterly commentary, please visit Telenav's investor relations website at http://investor.telenav.com. Listeners can also access the conference call by dialing 888-394-8218 (toll-free, domestic only) or 323-794-2588 (domestic and international toll) and entering pass code 2400241. A replay of the conference call will be available for two weeks beginning approximately two hours after the call's completion. To access the replay, dial 888-203-1112 (toll-free, domestic only) or 719-457-0820 (domestic and international toll) and enter pass code 2400241.

    ASC 606 Implementation

    As reported previously, Telenav adopted ASC 606, Revenue from Contracts with Customers, effective July 1, 2018, utilizing the full retrospective transition method. All prior period amounts and disclosures set forth in this earnings release have been adjusted to comply with ASC 606. Under this accounting methodology, certain automotive royalty amounts earned are bifurcated when there exist various underlying obligations. Revenue is recognized upon fulfillment of the underlying obligation. Such various obligations related to earned royalties generally include an onboard navigation component recognized as revenue when each navigation unit is delivered and accepted, a connected services component recognized as revenue over the applicable service period, and a map update component recognized as revenue upon periodic delivery of the applicable map updates.

    The adjustments required to transition to ASC 606 on July 1, 2018 resulted in $160.6 million of deferred revenue and $86.9 million of deferred costs originally reported on the company's balance sheet as of June 30, 2018 being recorded instead as revenue and cost of revenue, respectively, in prior periods as adjusted. In addition, the adoption of ASC 606 required the company to capitalize an additional $4.2 million, net, of deferred development costs on its adjusted June 30, 2018 balance sheet, resulting in a net decrease in deferred costs of $82.7 million. The net impact of the Company's adoption of ASC 606 as of June 30, 2018 was an adjustment to decrease its accumulated deficit by $77.8 million. All prior period amounts have been adjusted to comply with ASC 606.

    Material Weakness in Internal Control over Financial Reporting

    During the three months ended Dec. 31, 2018, Telenav management identified certain errors related to its implementation ASC 606 due to the Company's internal control over financial reporting relating to supervision and review of the financial models supporting Telenav's revenue recognition accounting and disclosures not operating effectively. Telenav management concluded that, because this deficiency created a more than remote likelihood of a material misstatement not being prevented or detected on a timely basis, this deficiency constituted a material weakness in internal control over financial reporting.

    A more detailed explanation, together with a description of the remediation plan that we have adopted to address the identified internal control deficiencies, will be included in our Quarterly Report on Form 10-Q for the quarter ended Dec. 31, 2018.

    Use of Non-GAAP Financial Measures

    Telenav prepares its financial statements in accordance with generally accepted accounting principles for the United States, or GAAP. The non-GAAP financial measures such as billings, direct contribution from billings, direct contribution margin from billings, change in deferred revenue, change in deferred costs, adjusted EBITDA, adjusted cash flow from operations and free cash flow included in this press release are different from those otherwise presented under GAAP. Telenav has provided these measures in addition to GAAP financial results because management believes these non-GAAP measures help provide a consistent basis for comparison between periods that are not influenced by certain items and, therefore, are helpful in understanding Telenav's underlying operating results. These non-GAAP measures are some of the primary measures Telenav's management uses for planning and forecasting. These measures are not in accordance with, or an alternative to, GAAP and these non-GAAP measures may not be comparable to information provided by other companies.

    To reconcile the historical GAAP results to non-GAAP financial metrics, please refer to the reconciliations in the financial statements included in this earnings release.

    Billings equals revenue recognized plus the change in deferred revenue from the beginning to the end of the applicable period. Direct contribution from billings reflects gross profit plus change in deferred revenue less change in deferred costs from the beginning to the end of the applicable period. Direct contribution margin from billings reflects direct contribution from billings divided by billings. Telenav has also provided a breakdown of the calculation of the change in deferred revenue by segment, which is added to revenue in calculating its non-GAAP metric of billings. In connection with its presentation of the change in deferred revenue, Telenav has provided a similar presentation of the change in the related deferred costs. Such deferred costs primarily include costs associated with third party content and certain development costs associated with its customized software solutions whereby customized engineering fees are earned. As the company enters into more hybrid and brought-in navigation programs, deferred revenue and deferred costs become larger components of its operating results, so Telenav believes these metrics are useful in evaluating cash flows.

    Telenav considers billings, direct contribution from billings and direct contribution margin from billings to be useful metrics for management and investors because billings drive revenue and deferred revenue, which is an important indicator of its business. Telenav believes direct contribution from billings and direct contribution margin from billings are useful metrics because they reflect the impact of the contribution over time for such billings, exclusive of the incremental costs incurred to deliver any related service obligations. There are a number of limitations related to the use of billings, direct contribution from billings and direct contribution margin from billings versus revenue, gross profit, and gross margin calculated in accordance with GAAP. First, billings, direct contribution from billings and direct contribution margin from billings include amounts that have not yet been recognized as revenue or cost and may require additional services or costs to be provided over contracted service periods. For example, billings related to certain brought-in solutions cannot be fully recognized as revenue in a given period due to requirements for ongoing map updates and provisioning of services such as hosting, monitoring, customer support, map updates and, for certain customers, additional period content and associated technology costs. Accordingly, direct contribution from billings and direct contribution margin from billings do not include all costs associated with billings. Second, Telenav may calculate billings, direct contribution from billings, and direct contribution margin from billings in a manner that is different from peer companies that report similar financial measures, making comparisons between companies more difficult. When Telenav uses these measures, it attempts to compensate for these limitations by providing specific information regarding billings, direct contribution from billings and direct contribution margin from billings and how they relate to revenue, gross profit and gross margin calculated in accordance with GAAP.

    Adjusted EBITDA measures net loss excluding the impact of stock-based compensation expense, depreciation and amortization, other income (expense) net, provision (benefit) for income taxes, and other applicable items such as legal settlements and contingencies, deferred rent reversal and tenant improvement allowance recognition due to sublease termination, net of tax. Stock-based compensation expense relates to equity incentive awards granted to its employees, directors, and consultants. Legal settlements and contingencies represent settlements, offers made to settle, or loss accruals relating to litigation or other disputes in which Telenav is a party or the indemnitor of a party. Deferred rent reversal and tenant improvement allowance recognition represent the reversal of Telenav's deferred rent liability and recognition of Telenav's deferred tenant improvement allowance, as amortization of these amounts is no longer required due to the termination of the company's Santa Clara facility sublease and subsequent entry into a new lease agreement with its landlord for this same facility effective Sept. 2017.

    Adjusted EBITDA and adjusted cash flow from operations are key measures used by Telenav's management and board of directors to understand and evaluate Telenav's core operating performance and trends, to prepare and approve its annual budget and to develop short- and long-term operational plans. In particular, Telenav believes that the exclusion of the expenses eliminated in calculating adjusted EBITDA and adjusted cash flow from operations can provide a useful measure for period-to-period comparisons of Telenav's core business.

    Adjusted cash flow from operations measures adjusted EBITDA plus the effect of changes in deferred revenue and deferred costs. Telenav believes adjusted cash flow from operations is a useful measure, especially in light of the impact it continues to expect on reported revenue for certain value-added offerings the company provides its customers, including map updates and the impact of future deliverables. Adjusted EBITDA and adjusted cash flow from operations, while generally measures of profitability and the generation of cash, can also represent losses and the use of cash, respectively. In addition, adjusted cash flow from operations is a key financial measure used by the compensation committee of Telenav's board of directors in connection with the development of incentive-based compensation for Telenav's executive officers and employees. Accordingly, Telenav believes that adjusted cash flow from operations generally provides useful information to investors and others in understanding and evaluating Telenav's operating results in the same manner as its management and board of directors.

    Free cash flow is a non-GAAP financial measure Telenav defines as net cash provided by (used in) operating activities, less purchases of property and equipment. Telenav considers free cash flow to be a liquidity measure that provides useful information to management and investors about the amount of cash (used in) generated by its business after purchases of property and equipment.

    In this press release, Telenav has provided guidance for the third quarter of fiscal 2019 on a non-GAAP basis for billings, direct contribution margin from billings, adjusted EBITDA and adjusted cash flow from operations. Telenav does not provide reconciliations of these forward-looking non-GAAP financial measures to the corresponding GAAP measures due to the high variability and difficulty in making accurate forecasts and projections with respect to deferred revenue, deferred costs, stock-based compensation and tax provision, which are components of these non-GAAP financial measures. In particular, stock-based compensation is impacted by future hiring and retention needs, as well as the future fair market value of Telenav's common stock, all of which is difficult to predict and subject to constant change. The actual amounts of these items will have a significant impact on Telenav's net loss per diluted share and tax provision. Accordingly, reconciliations of Telenav's forward-looking non-GAAP financial measures to the corresponding GAAP measures are not available without unreasonable effort.

    Forward Looking Statements

    This press release contains forward-looking statements that are based on Telenav management's beliefs and assumptions and on information currently available to its management. Actual events or results may differ materially from those described in this document due to a number of risks and uncertainties. These potential risks and uncertainties include, among others: Telenav's ability to develop and implement products for Ford, GM and Toyota and to support Ford, GM and Toyota and their customers; the impact of Ford's recent announcement regarding the elimination of various sedans in North America and Europe over the near term and GM's recent announcement regarding the elimination of various sedans in North America in the near term; the impact of tariffs on sales of automobiles in the United States and other markets; the impact of the anticipated departure of the United Kingdom from the European Union on sales of automobiles in the United Kingdom and automotive supply chains; Telenav's success in extending its contracts for current and new generation of products with its existing automobile manufacturers and tier ones, particularly Ford; Telenav's ability to achieve additional design wins and the delivery dates of automobiles including Telenav's products; adoption by vehicle purchasers of Scout GPS Link; Telenav's dependence on a limited number of automobile manufacturers and tier ones for a substantial portion of its revenue; reductions in demand for automobiles; potential impacts of automobile manufacturers and tier ones including competitive capabilities in their vehicles such as Apple CarPlay and Android Auto; its advertising business; Telenav's ability to develop new advertising products and technology while also achieving cash flow break even and ultimately profitability in the advertising business; any failure to meet financial performance expectations of securities analysts or investors; failure to reach agreement with customers for awards and contracts on products and services in which Telenav has expended resources developing; competition from other market participants who may provide comparable services to subscribers without charge; the timing of new product releases and vehicle production by Telenav's automotive customers, including inventory procurement and fulfillment; possible warranty claims, and the impact on consumer perception of its brand; Telenav's ability to develop and support products including OpenStreetMap ("OSM"), as well as transition existing navigation products to OSM and any economic benefit anticipated from the use of OSM versus proprietary map products; the potential that Telenav may not be able to realize its deferred tax assets and may have to take a reserve against them; Telenav's reliance on its automobile manufacturers for volume and royalty reporting; the impact on revenue recognition and other financial reporting due to the amendment of contracts or changes in accounting standards; and macroeconomic and political conditions in the U.S. and abroad, in particular China. Telenav discusses these risks in greater detail in "Risk Factors" and elsewhere in its Form 10-Q for the fiscal quarter ended September 30, 2018 and other filings with the U.S. Securities and Exchange Commission ("SEC"), which are available at the SEC's website at www.sec.gov. Given these uncertainties, you should not place undue reliance on these forward-looking statements. Also, forward-looking statements represent management's beliefs and assumptions only as of the date made. You should review the company's SEC filings carefully and with the understanding that actual future results may be materially different from what Telenav expect.

    ABOUT TELENAV, INC.Telenav is a leading provider of connected car and location-based services, focused on transforming life on the go for people - before, during, and after every drive. Leveraging our location platform, we enable our customers to deliver custom connected car and mobile experiences. Fortune 500 advertisers and local advertisers can now reach millions of users with Telenav's highly-targeted advertising platform. To learn more about how Telenav's location platform powers personalized navigation, mapping, big data intelligence, social driving, and location-based advertising, visit www.telenav.com.

    Copyright 2019 Telenav, Inc. All Rights Reserved.

    "Telenav," "Scout," "Thinknear" and the Telenav, Scout and Thinknear logos are registered trademarks of Telenav, Inc. Unless otherwise noted, all other trademarks, service marks, and logos used in this press release are the trademarks, service marks or logos of their respective owners.TNAV-FTNAV-C

    Investor Relations:Bishop IRMike Bishop415-894-9633IR@telenav.com

    Media:Raphel Finelli408-667-5970raphelf@telenav.com

    -- Financial Tables Follow --

    Telenav, Inc. Condensed Consolidated Balance Sheets (in thousands, except par value) (unaudited) December 31,2018 June 30,2018As Adjusted [(1)] Assets Current assets: Cash and cash equivalents $ 22,405 $ 17,117 Short-term investments 63,544 67,829 Accounts receivable, net of allowances of $10 and $17 at December 31, 2018 and June 30, 2018, respectively 43,593 46,188 Restricted cash 2,476 2,982 Deferred costs 13,950 11,759 Prepaid expenses and other current assets 3,552 3,867 Total current assets 149,520 149,742 Property and equipment, net 6,396 6,987 Deferred income taxes, non-current 486 867 Goodwill and intangible assets, net 30,479 31,046 Deferred costs, non-current 51,515 46,666 Other assets 3,467 2,372 Total assets $ 241,863 $ 237,680 Liabilities and stockholders' equity Current liabilities: Trade accounts payable $ 22,991 $ 13,008 Accrued expenses 29,367 38,803 Deferred revenue 23,715 20,714 Income taxes payable 258 221 Total current liabilities 76,331 72,746 Deferred rent, non-current 1,051 1,112 Deferred revenue, non-current 64,057 53,824 Other long-term liabilities 993 1,115 Commitments and contingencies Stockholders' equity: Preferred stock, $0.001 par value: 50,000 shares authorized; no shares issued or outstanding -- -- Common stock, $0.001 par value: 600,000 shares authorized; 45,541 and 44,871 shares issued and outstanding at December 31, 2018 and June 30, 2018, respectively 46 45 Additional paid-in capital 170,747 167,895 Accumulated other comprehensive loss (2,010 ) (1,855 ) Accumulated deficit (69,352 ) (57,202 ) Total stockholders' equity 99,431 108,883 Total liabilities and stockholders' equity $ 241,863 $ 237,680 [(1)] Certain amounts have been adjusted to reflect the retrospective adoption of ASC 606. Such amounts were further revised during the three months ended December 31, 2018 to correct certain immaterial errors. Telenav, Inc. Condensed Consolidated Statements of Operations (in thousands, except per share amounts) (unaudited) Three Months Ended Six Months Ended December 31, December 31, 2018 2017As Adjusted [(1)] 2018 2017As Adjusted [(1)] Revenue: Product $ 42,397 $ 45,907 $ 82,327 $ 86,299 Services 14,779 15,492 27,048 29,795 Total revenue 57,176 61,399 109,375 116,094 Cost of revenue: Product 25,015 30,356 48,603 57,679 Services 7,176 7,520 14,350 13,902 Total cost of revenue 32,191 37,876 62,953 71,581 Gross profit 24,985 23,523 46,422 44,513 Operating expenses: Research and development 19,091 21,399 39,193 42,080 Sales and marketing 4,455 5,136 8,870 10,200 General and administrative 5,721 5,514 11,171 10,725 Legal settlements and contingencies 650 60 650 310 Total operating expenses 29,917 32,109 59,884 63,315 Loss from operations (4,932 ) (8,586 ) (13,462 ) (18,802 ) Other income, net 532 218 2,122 171 Loss before provision for income taxes (4,400 ) (8,368 ) (11,340 ) (18,631 ) Provision for income taxes 181 26 811 281 Net loss $ (4,581 ) $ (8,394 ) $ (12,151 ) $ (18,912 ) Net loss per share: Basic and diluted $ (0.10 ) $ (0.19 ) $ (0.27 ) $ (0.43 ) Weighted average shares used in computing net loss per share: Basic and diluted 45,443 44,476 45,230 44,495 [(1)] Certain amounts have been adjusted to reflect the retrospective adoption of ASC 606. Telenav, Inc. Condensed Consolidated Statements of Cash Flows (in thousands) (unaudited) Six Months EndedDecember 31, 2018 2017As Adjusted [(1)] Operating activities Net loss $ (12,151 ) $ (18,912 ) Adjustments to reconcile net loss to net cash used in operating activities: Depreciation and amortization 2,016 1,513 Deferred rent reversal due to lease termination - (538 ) Tenant improvement allowance recognition due to lease termination - (582 ) Accretion of net premium on short-term investments - 113 Stock-based compensation expense 4,384 5,368 Unrealized gain on non-marketable equity investments (1,259 ) - Loss (gain) on disposal of property and equipment (8 ) 6 Bad debt expense 2 37 Changes in operating assets and liabilities: Accounts receivable 2,578 5,545 Deferred income taxes 366 (23 ) Income taxes receivable - 2 Deferred costs (7,040 ) (13,298 ) Prepaid expenses and other current assets 310 (476 ) Other assets 26 (620 ) Trade accounts payable 10,017 (1,563 ) Accrued expenses and other liabilities (9,962 ) (263 ) Income taxes payable 39 (61 ) Deferred rent 89 767 Deferred revenue 13,234 19,840 Net cash provided by (used in) operating activities 2,641 (3,145 ) Investing activities Purchases of property and equipment (446 ) (3,350 ) Purchases of short-term investments (15,862 ) (32,817 ) Proceeds from sales and maturities of short-term investments 20,342 33,322 Net cash provided by (used in) investing activities 4,034 (2,845 ) Financing activities Proceeds from exercise of stock options 26 235 Tax withholdings related to net share settlements of restricted stock units (1,559 ) (1,606 ) Net cash used in financing activities (1,533 ) (1,371 ) Effect of exchange rate changes on cash and cash equivalents (360 ) 563 Net increase (decrease) in cash, cash equivalents and restricted cash 4,782 (6,798 ) Cash, cash equivalents and restricted cash, at beginning of period 20,099 24,158 Cash, cash equivalents and restricted cash, at end of period $ 24,881 $ 17,360 Supplemental disclosure of cash flow information Income taxes paid, net $ 586 $ 640 Reconciliation of cash, cash equivalents and restricted cash to the condensed consolidated balance sheets Cash and cash equivalents $ 22,405 $ 13,956 Restricted cash 2,476 3,404 Total cash, cash equivalents and restricted cash $ 24,881 $ 17,360 [(1)] Certain amounts have been adjusted to reflect the retrospective adoption of ASC 606. Telenav, Inc. Condensed Consolidated Segment Summary (in thousands, except percentages) (unaudited) Three Months Ended Six Months Ended December 31, December 31, 2018 2017As Adjusted [(1)] 2018 2017As Adjusted [(1)] Automotive Revenue $ 47,522 $ 49,157 $ 91,004 $ 92,498 Cost of revenue 28,081 31,981 54,698 60,724 Gross profit $ 19,441 $ 17,176 $ 36,306 $ 31,774 Gross margin 41% 35% 40% 34% Advertising Revenue $ 7,016 $ 8,742 $ 12,963 $ 16,357 Cost of revenue 3,286 4,402 6,506 7,814 Gross profit $ 3,730 $ 4,340 $ 6,457 $ 8,543 Gross margin 53% 50% 50% 52% Mobile Navigation Revenue $ 2,638 $ 3,500 $ 5,408 $ 7,239 Cost of revenue 824 1,493 1,749 3,043 Gross profit $ 1,814 $ 2,007 $ 3,659 $ 4,196 Gross margin 69% 57% 68% 58% Total Revenue $ 57,176 $ 61,399 $ 109,375 $ 116,094 Cost of revenue 32,191 37,876 62,953 71,581 Gross profit $ 24,985 $ 23,523 $ 46,422 $ 44,513 Gross margin 44% 38% 42% 38% [(1)] Certain amounts have been adjusted to reflect the retrospective adoption of ASC 606. Telenav, Inc. Unaudited Reconciliation of Non-GAAP Adjustments (in thousands) Reconciliation of Revenue to Billings Three Months Ended Six Months Ended December 31, December 31, 2018 2017 2018 2017 Automotive Revenue $ 47,522 $ 49,157 $ 91,004 $ 92,498 Adjustments: Change in deferred revenue 6,495 8,940 13,324 20,091 Billings $ 54,017 $ 58,097 $ 104,328 $ 112,589 Advertising Revenue $ 7,016 $ 8,742 $ 12,963 $ 16,357 Adjustments: Change in deferred revenue - - - - Billings $ 7,016 $ 8,742 $ 12,963 $ 16,357 Mobile Navigation Revenue $ 2,638 $ 3,500 $ 5,408 $ 7,239 Adjustments: Change in deferred revenue (103 ) (194 ) (90 ) (251 ) Billings $ 2,535 $ 3,306 $ 5,318 $ 6,988 Total Revenue $ 57,176 $ 61,399 $ 109,375 $ 116,094 Adjustments: Change in deferred revenue 6,392 8,746 13,234 19,840 Billings $ 63,568 $ 70,145 $ 122,609 $ 135,934 Telenav, Inc. Unaudited Reconciliation of Non-GAAP Adjustments (in thousands) Reconciliation of Deferred Revenue to Change in Deferred Revenue Reconciliation of Deferred Costs to Change in Deferred Costs Three Months Ended December 31, 2018 Automotive Advertising Mobile Navigation Total Deferred revenue, December 31 $ 87,325 $ - $ 447 $ 87,772 Deferred revenue, September 30 80,830 - 550 81,380 Change in deferred revenue $ 6,495 $ - $ (103 ) $ 6,392 Deferred costs, December 31 $ 65,465 $ - $ - $ 65,465 Deferred costs, September 30 62,806 - - 62,806 Change in deferred costs $ 2,659 $ - $ - $ 2,659 Three Months Ended December 31, 2017 Automotive Advertising Mobile Navigation Total Deferred revenue, December 31 $ 58,321 $ - $ 633 $ 58,954 Deferred revenue, September 30 49,381 - 827 50,208 Change in deferred revenue $ 8,940 $ - $ (194 ) $ 8,746 Deferred costs, December 31 $ 48,724 $ - $ - $ 48,724 Deferred costs, September 30 43,018 - - 43,018 Change in deferred costs $ 5,706 $ - $ - $ 5,706 Six Months Ended December 31, 2018 Automotive Advertising Mobile Navigation Total Deferred revenue, December 31 $ 87,325 $ - $ 447 $ 87,772 Deferred revenue, June 30 74,001 - 537 74,538 Change in deferred revenue $ 13,324 $ - $ (90 ) $ 13,234 Deferred costs, December 31 $ 65,465 $ - $ - $ 65,465 Deferred costs, June 30 58,425 - - 58,425 Change in deferred costs $ 7,040 $ - $ - $ 7,040 Six Months Ended December 31, 2017 Automotive Advertising Mobile Navigation Total Deferred revenue, December 31 $ 58,321 $ - $ 633 $ 58,954 Deferred revenue, June 30 38,230 - 884 39,114 Change in deferred revenue $ 20,091 $ - $ (251 ) $ 19,840 Deferred costs, December 31 $ 48,724 $ - $ - $ 48,724 Deferred costs, June 30 35,426 - - 35,426 Change in deferred costs $ 13,298 $ - $ - $ 13,298 Telenav, Inc. Unaudited Reconciliation of Non-GAAP Adjustments (in thousands, except percentages) Reconciliation of Gross Profit to Direct Contribution from Billings Three Months Ended Six Months Ended December 31, December 31, 2018 2017 2018 2017 Automotive Gross profit $ 19,441 $ 17,176 $ 36,306 $ 31,774 Gross margin 41% 35% 40% 34% Adjustments to gross profit: Change in deferred revenue 6,495 8,940 13,324 20,091 Change in deferred costs [(1)] (2,659 ) (5,706 ) (7,040 ) (13,298 ) Net change 3,836 3,234 6,284 6,793 Direct contribution from billings [(1)] $ 23,277 $ 20,410 $ 42,590 $ 38,567 Direct contribution margin from billings [ (1)] 43% 35% 41% 34% Advertising Gross profit $ 3,730 $ 4,340 $ 6,457 $ 8,543 Gross margin 53% 50% 50% 52% Adjustments to gross profit: Change in deferred revenue - - - - Change in deferred costs - - - - Net change - - - - Direct contribution from billings $ 3,730 $ 4,340 $ 6,457 $ 8,543 Direct contribution margin from billings 53% 50% 50% 52% Mobile Navigation Gross profit $ 1,814 $ 2,007 $ 3,659 $ 4,196 Gross margin 69% 57% 68% 58% Adjustments to gross profit: Change in deferred revenue (103 ) (194 ) (90 ) (251 ) Change in deferred costs - - - - Net change (103 ) (194 ) (90 ) (251 ) Direct contribution from billings $ 1,711 $ 1,813 $ 3,569 $ 3,945 Direct contribution margin from billings 67% 55% 67% 56% Total Gross profit $ 24,985 $ 23,523 $ 46,422 $ 44,513 Gross margin 44% 38% 42% 38% Adjustments to gross profit: Change in deferred revenue 6,392 8,746 13,234 19,840 Change in deferred costs [(1)] (2,659 ) (5,706 ) (7,040 ) (13,298 ) Net change 3,733 3,040 6,194 6,542 Direct contribution from billings [(1)] $ 28,718 $ 26,563 $ 52,616 $ 51,055 Direct contribution margin from billings [ (1)] 45% 38% 43% 38% [(1)] Deferred costs primarily include costs associated with third party content and in connection with certain customized software solutions, the costs incurred to develop those solutions. We expect to incur additional costs in the future due to requirements to provide ongoing map updates and provisioning of services such as hosting, monitoring, customer support and, for certain customers, additional prepaid content and associated technology costs. Accordingly, direct contribution from billings and direct contribution margin from billings do not reflect all costs associated with billings. Telenav, Inc. Unaudited Reconciliation of Non-GAAP Adjustments (in thousands) Reconciliation of Net Loss to Adjusted EBITDA and Adjusted Cash Flow from Operations Three Months Ended Six Months Ended December 31, December 31, 2018 2017 2018 2017 Net loss $ (4,581 ) $ (8,394 ) $ (12,151 ) $ (18,912 ) Adjustments: Legal settlements and contingencies 650 60 650 310 Deferred rent reversal due to lease termination - - - (538 ) Tenant improvement allowance recognition due to lease termination - - - (582 ) Stock-based compensation expense 2,115 2,888 4,384 5,368 Depreciation and amortization expense 1,006 797 2,016 1,513 Other income, net (532 ) (218 ) (2,122 ) (171 ) Provision for income taxes 181 26 811 281 Adjusted EBITDA (1,161 ) (4,841 ) (6,412 ) (12,731 ) Change in deferred revenue 6,392 8,746 13,234 19,840 Change in deferred costs [(1)] (2,659 ) (5,706 ) (7,040 ) (13,298 ) Adjusted cash flow from operations [(1)] $ 2,572 $ (1,801 ) $ (218 ) $ (6,189 ) [(1)] We expect to incur additional costs in the future due to requirements to provide ongoing map updates and provisioning of services such as hosting, monitoring, customer support and, for certain customers, additional prepaid content and associated technology costs. Accordingly, adjusted cash flow from operations does not reflect all costs associated with billings. Telenav, Inc. Unaudited Reconciliation of Non-GAAP Adjustments (in thousands) Reconciliation of Net Loss to Free Cash Flow Three Months Ended Six Months Ended December 31, December 31, 2018 2017 2018 2017 Net loss $ (4,581 ) $ (8,394 ) $ (12,151 ) $ (18,912 ) Adjustments to reconcile net loss to net cash used in operating activities: Change in deferred revenue [(1)] 6,392 8,746 13,234 19,840 Change in deferred costs [(2)] (2,659 ) (5,706 ) (7,040 ) (13,298 ) Changes in other operating assets and liabilities 2,672 2,260 3,463 3,308 Other adjustments [(3)] 3,110 3,736 5,135 5,917 Net cash provided by (used in) operating activities 4,934 642 2,641 (3,145 ) Less: Purchases of property and equipment (346 ) (1,064 ) (446 ) (3,350 ) Free cash flow $ 4,588 $ (422 ) $ 2,195 $ (6,495 ) [(1)] Consists of product royalties, customized software development fees, service fees and subscription fees. [(2)] Consists primarily of third party content costs and customized software development expenses. [(3)] Consists primarily of depreciation and amortization, stock-based compensation expense and other non-cash items. Telenav, Inc. Summarized Financial Information Depicting the Impact of ASC 606 (in thousands, except per share amounts) (unaudited) As of June 30, 2018 As Reported(ASC 605) Adjustments As Adjusted(ASC 606) Assets Deferred costs $ 31,888 $ (20,129 ) $ 11,759 Deferred costs, noncurrent 109,269 (62,603 ) 46,666 Total assets 320,412 (82,732 ) 237,680 Liabilities and stockholders' equity Deferred revenue 52,871 (32,157 ) 20,714 Deferred revenue, noncurrent 182,236 (128,412 ) 53,824 Accumulated deficit (135,042 ) 77,840 (57,202 ) Total liabilities and stockholders' equity 320,412 (82,732 ) 237,680 Three Months Ended December 31, 2017 Six Months Ended December 31, 2017 As Reported(ASC 605) Adjustments As Adjusted(ASC 606) As Reported(ASC 605) Adjustments As Adjusted(ASC 606) Revenue Product $ 25,307 $ 20,600 $ 45,907 $ 49,271 $ 37,028 $ 86,299 Services 13,773 1,719 15,492 26,467 3,328 29,795 Total revenue 39,080 22,319 61,399 75,738 40,356 116,094 Cost of revenue Product 15,053 15,303 30,356 29,727 27,952 57,679 Services 7,258 262 7,520 13,431 471 13,902 Total cost of revenue 22,311 15,565 37,876 43,158 28,423 71,581 Gross profit 16,769 6,754 23,523 32,580 11,933 44,513 Operating expenses Research and development 21,903 (504 ) 21,399 42,985 (905 ) 42,080 Total operating expenses 32,613 (504 ) 32,109 64,220 (905 ) 63,315 Loss from operations (15,844 ) 7,258 (8,586 ) (31,640 ) 12,838 (18,802 ) Net loss (15,652 ) 7,258 (8,394 ) (31,750 ) 12,838 (18,912 ) Net loss per share, basic and diluted $ (0.35 ) $ 0.16 $ (0.19 ) $ (0.71 ) $ 0.28 $ (0.43 )

    (C) Copyright 2019 GlobeNewswire, Inc. All rights reserved.

    HP Inc. (HPQ) CEO Dion Weisler on Q2 2018 Results - Earnings Call Transcript | killexams.com real questions and Pass4sure dumps

    No result found, try new keyword!HP Inc. (NYSE:HPQ) Q2 2018 Earnings Conference ... In fact, we closed the deal with a major global fast food chain to implement both retail point-of-sale and device-as-a-service solutions. Just like P...

    Fundamentals of numerical relativity for gravitational wave sources | killexams.com real questions and Pass4sure dumps


    Einstein’s theory of general relativity affords an enormously successful description of gravity. The theory encodes the gravitational interaction in the metric, a tensor field on spacetime that satisfies partial differential equations known as the Einstein equations. This review introduces some of the fundamental concepts of numerical relativity—solving the Einstein equations on the computer—in simple terms. As a primary example, we consider the solution of the general relativistic two-body problem, which features prominently in the new field of gravitational wave astronomy.

    The basic equations of general relativity are the Einstein equations, first published in 1915 (1). However, even today there are large gaps in our understanding of the physics implied by the Einstein equations. Stated in general terms, a major goal of research in general relativity is to solve the Einstein equations for the physical situations of interest. Fundamental analytic solutions of the Einstein equations include the flat Minkowski spacetime known from special relativity, the Schwarzschild and Kerr spacetimes describing single black holes, and the simple Big Bang cosmologies. Also predicted by general relativity are gravitational waves, which for weak fields can be obtained as analytic solutions of the linearized Einstein equations. However, the few known analytic solutions describe only very special situations, and approximation methods fail in the regime where the nonlinear, strong-field effects of relativity play a crucial role. If we are interested in the truly relativistic regime, we must turn to computer simulations to obtain numerical solutions to the full Einstein equations.

    Solving the full Einstein equations on the computer is the subject of numerical relativity, which could also be called computational general relativity. Computers also play a role in algebraic computations and in approximation schemes, and such calculations are important topics in numerical relativity. But the distinguishing feature of numerical relativity is that, in principle, the Einstein equations in full generality can and must be solved numerically.

    Numerical relativity spans a large range of different topics including mathematical general relativity, astrophysics, numerical methods for partial differential equations, computer programming, and simulation science. Current research in numerical relativity is in a transition from a self-contained topic in theoretical physics to a physical theory with numerous connections to observational astronomy (2, 3). Gravitational wave astronomy holds much promise for the future, as recognized by the 2017 Nobel Prize in Physics, and numerical relativity is providing key theoretical predictions and analysis tools for the ongoing gravitational wave observations (4).

    The general relativistic two-body problem

    As a primary application of numerical relativity, we consider the gravitational two-body problem. The two-body problem in Newtonian gravitational physics can be formulated for two point masses moving in their mutual gravitational field. A particular solution of the Newtonian two-body problem is a Keplerian elliptical orbit. However, in Einsteinian gravity, such orbital motion generates gravitational waves that carry away energy and momentum. Binary orbits therefore decay, and the motion of the two bodies follows an inward spiral that eventually terminates with the collision and merger of the two objects. In most astrophysical situations, the energy loss due to the emission of gravitational waves is so small that a binary orbit decays only on time scales of millions or billions of years. However, for compact objects such as neutron stars or black holes in very tight binaries, general relativistic effects such as gravitational wave emission play a major role (5).

    Research in this field seeks to provide a theoretical framework for the physics of binary black holes, neutron stars, and gravitational waves. Such an endeavor must rely on numerical simulations in general relativity and general relativistic hydrodynamics. But a reasonably complete framework still requires substantial progress in numerical relativity and related fields. Currently there are serious limitations in our ability to model the entire range of relevant physics, from the nuclear physics of neutron star matter to the large-scale, strong-gravity effects encountered in binary neutron star mergers (6). The different dynamical phases of the binary evolution—known as the inspiral, the merger, and the evolution of the remnant—are accompanied by characteristic gravitational wave signatures (Fig. 1). For binaries involving at least one neutron star, depending on the specifics of the system, key features include the disruption of the star(s) before merger, the formation of a hypermassive neutron star, the prompt or delayed collapse to a black hole, the dynamics of the accretion torus plus the central merged object, and the creation of unbound material, the ejecta. Before discussing simulations of these systems, we introduce the mathematical foundation of numerical relativity.

    Fig. 1 Binary neutron star mergers emit gravitational waves.

    The waves reveal unique information about extreme gravity and extreme matter—information that can be unraveled with the help of numerical relativity. Shown is a waveform and snapshots of the neutron star matter for the inspiral, merger, and remnant. The amplitude of the gravitational wave is plotted versus time. The merger occurs at t = 0.

    IMAGE: COURTESY OF T. DIETRICH, BASED ON (78) Mathematical foundation

    Combining space and time into spacetime can be considered a triumph of human thought, allowing us to perceive the true nature of relativistic and gravitational physics (7). However, this does not mean that we cannot or need not consider space and time separately. Somewhat ironically, after working hard to unify space and time, the mathematical setup of numerical relativity starts by splitting spacetime again into space and time and by making gauge (coordinate) choices (8) in order to reformulate the Einstein equations as a well-posed mathematical problem.

    General relativity is the theory of a metric tensor on a four-dimensional manifold, plus matter described by additional tensor fields. A manifold ℳ endowed with a metric gab is called a spacetime (ℳ, gab). The metric measures lengths, here in four dimensions. The infinitesimal line elementEmbedded Image

    Embedded Image

    (1)provides a generalization of the Pythagorean theorem. Repeated indices are summed over, following the Einstein summation convention. The metric is symmetric (gab = gba), has a Lorentz signature of – + + +, and there exists an inverse metric gab defined by Embedded Image

    Embedded Image

    , where Embedded Image

    Embedded Image

    is the identity matrix. A special example is the Minkowski line element ds2 = –c2dt2 + dx2 + dy2 + dz2, where c is the speed of light, t is the time coordinate, and x, y, and z are spatial coordinates. The components of the Minkowski metric are constants, but in general gab is a field with nonconstant components.

    The field equations of general relativity are the Einstein equations,Embedded Image

    Embedded Image

    (2)where Gab is the Einstein tensor, which depends on the metric and its first and second derivatives, and Tab is the stress-energy tensor constructed from the matter fields Φ and in general also from the metric. For numerical implementations, the first step is to write the Einstein equations as a well-posed system of partial differential equations (PDEs) for the metric. Equation 2 represents 10 coupled, nonlinear PDEs for the 10 independent components of the metric, but without further adjustments these equations are in no known sense hyperbolic (i.e., well-posed as an initial value problem).

    The differential operator acting on the metric in the Einstein equations is given by the Ricci tensor,Embedded Image

    Embedded Image

    (3)The first term by itself, gcd∂c∂dgab, which is often denoted g□gab (where □ is the d’Alembert operator), has the form of the principal part of a simple hyperbolic wave equation, but note that the metric appears in two places: as the wave field gab and as the inverse metric gcd in the wave operator. The other second-derivative terms are not standard wave operators. The best we can say about the complete principal part in Eq. 3 is that it is quasi-linear in the metric; that is, it is linear in the highest-order derivatives but with coefficients that depend (nonlinearly) on the variable itself. The lower-order terms Embedded Image

    Embedded Image

    are quite involved as well, with typical terms of the form g–1g–1∂g∂g. Approaching the problem in this way makes it difficult to recognize that these equations are describing the simple geometric concept of curvature and that there is a time evolution being defined. Further, their well-posedness properties are quite unclear.

    The so-called 3+1 decomposition—for example, in the form of Arnowitt, Deser, and Misner (ADM) (8)—assumes that the manifold (at least locally) allows a split into time and space, ℳ = R × Σ. Physics is then describable by time-dependent tensors on three-dimensional hypersurfaces Σ, which correspond to t = constant slices of ℳ, resulting in a “foliation” of spacetime in terms of three-dimensional spaces. Geometrically, we obtain a normal vector na to Σ that allows the decomposition of tensors in directions normal and tangential to the hypersurfaces. These are the time-like and space-like directions, respectively. For concreteness, we can assume coordinates xa = (t, xi) = (t, x, y, z) with a time coordinate x0 = t and spatial coordinates xi, where i = 1, 2, 3 and a = 0, 1, 2, 3.

    Decomposing the Einstein equations is accomplished by projecting Gab and Rab in the directions parallel and orthogonal to na. We discover that the differential operator Eq. 3 leads to two types of equations: (i) evolution equations containing time derivatives, and (ii) four constraint equations that are essentially elliptic equations, highlighting the indeterminate type of Eq. 3. The constraints are the Hamiltonian constraint and the momentum constraints. The latter are reminiscent of the Gauss law constraint of electrodynamics, where the divergence of the electric field gives the charge density.

    Given the evolution and constraint equations as PDEs, we still must choose a spatial and temporal domain with boundary conditions. For problems in astrophysics such as the two-body problem of black holes and neutron stars, we consider isolated systems where at large distances gravitational fields become weak and spacetime becomes asymptotically flat (in contrast to typical cosmological models). Because gravity is universally attractive and long-range, it is not natural to restrict a system to a finite box, especially given that the goal is to compute waves traveling to infinity. Nonetheless, a typical configuration for numerical simulations is a finite-size spatial domain (e.g., a sphere) with boundary conditions at some finite radius that implement the proper fall-off of the fields and an outgoing-wave boundary (9).

    Features unique to numerical relativity are various aspects of black hole spacetimes, in particular the causal structure associated with black hole event horizons and the possibility of spacetime singularities. This latter aspect can be viewed as the problem of specifying additional boundaries that represent black holes within the simulation domain.

    Building blocks of numerical relativity

    To define a particular strategy to solve the Einstein equations, we consider the following building blocks that define the anatomy of a numerical relativity simulation, with a focus on the compact binary problem. The following items are certainly relevant to any evolution problem in computational physics: initial data, evolution, analysis, and numerics. We must specify the initial conditions, integrate the equations of motion to obtain the evolved data, and perform an analysis of the evolved data to extract physical information. The numerical treatment of each item may require the implementation of specific numerical techniques.


    Formulation: Choose one of many inequivalent formulations (i.e., choose variables and rewrite the Einstein equations to obtain a well-posed initial value problem). Choose the order of time and space derivatives; make structural choices about the gauge and the constraints.

    Reformulating the Einstein equations as a well-posed initial value problem has been the subject of much research (10, (11). To give an example, the result of the generalized harmonic gauge (GHG) formulation (12) can be cast in a standard first-order PDE form asEmbedded Image

    Embedded Image

    (4)Here, the state vector uμ collects all 10 components gab, the 40 first derivatives ∂cgab, and a few additional fields depending on the formulation. In addition, there may be variables for the matter fields. Equation 4 for GHG is strongly and even symmetric hyperbolic (10, (11). To give an example, the result of the generalized harmonic gauge (GHG) formulation (12) and is well suited for numerical implementation. Another standard way to proceed is the classic ADM formulation that makes the geometry of the 3+1 decomposition in time and space more explicit. Basic variables are the 3-metric gij and the extrinsic curvature Kij, which is essentially the first time derivative of the metric (8). The ADM equations are only weakly hyperbolic and are not suitable for numerics. However, closely related systems, the so-called BSSN and Z4c formulations (10, 11), are strongly hyperbolic. Most current simulations in numerical relativity rely on either the GHG or BSSN/Z4c families of formulations.

    Constraint propagation: Maintain the constraints during evolution. Perform free evolutions and monitor the convergence of the constraints; use, for example, constraint damping to maintain the constraints explicitly.

    Analytically, the constraints propagate; that is, if they are satisfied initially, they remain satisfied during a well-posed evolution. Numerically, even small rounding errors can trigger divergence from the constraint-satisfying solution, which can lead to a catastrophic failure of the simulation. How the constraints are controlled is a distinguishing feature of each formulation. A key ingredient in stable binary black hole evolutions (13) is the constraint-damping scheme (14). The Z4c formulation improves BSSN in the way the Hamiltonian constraint is treated, which leads to improved conservation of mass for neutron star simulations (15). Apart from instabilities, constraint violations in 3+1 relativity signify a problem with four-dimensional covariance. The 3+1 decomposition breaks covariance of the full theory by choosing a foliation, but the constraints ensure that four-dimensional covariance is maintained.

    Gauge: Choose a coordinate condition—for example, in terms of lapse and shift or in terms of gauge source functions. Construct coordinates that avoid physical and coordinate singularities and are suitable for the black hole problem.

    The main point about the gauge choice is that not only do we have the freedom to choose coordinates, but it is necessary to choose nontrivial coordinates. For example, even for the simplest black hole spacetimes, a foliation can fail by running into the physical singularity, and the hypersurface (or slice) may become badly distorted by slice stretching when points start falling into the black hole. The topic of how to dynamically construct good coordinates that lead to stable evolutions, cover spacetime with a regular foliation, avoid coordinate singularities, and avoid physical singularities inside black holes has become its own area of interest. In that context, the 3+1 decomposition is about “spacetime engineering” because we not only evolve the metric variables, but also build up the spacetime slice by slice in coordinates that are constructed dynamically during the evolution. The GHG formulation relies on the harmonic gauge to obtain hyperbolicity (12). For BSSN, the moving puncture gauge is essential to obtain long-term black hole evolutions, preventing slice stretching (16) and allowing the black hole punctures to move freely (17, 18).

    Boundary conditions: Specify outer boundary conditions appropriate for outgoing waves and asymptotic flatness. Specify inner boundaries for black holes; choose between black hole excision and black hole punctures. Handle coordinate patch boundaries.

    Although approximate boundary conditions are possible, for a clean treatment, strong or symmetric hyperbolicity is required for well-posedness (11). We can then specify boundary conditions in terms of the ingoing and outgoing characteristic fields. The outer boundary conditions in numerical relativity tend to be substantially more complicated than the Einstein equations themselves, because outgoing-wave boundaries are typically constructed by taking additional derivatives of the right sides of the equations (10). The Einstein equations share with other nonlinear wave equations the feature that there is backscattering by waves off themselves (and, for binary systems, also due to the gradient in the gravitational well). This is a fundamental problem for boundaries at finite radius, because in principle we must account for all future backscattering from outside the domain. Consistent boundaries at finite radius have only been addressed quite recently, considering the long history of the Einstein equations (19, 20).

    Initial data

    Formulation: Rewrite the constraints as elliptic equations, identifying suitable free and dependent variables.

    To give an indication of what the formulation of the constraints entails (8), consider a conformal rescaling of the metric, Embedded Image

    Embedded Image

    , which conveniently transforms the Hamiltonian constraint into a scalar elliptic equation for ψ. We have the freedom to specify a conformal metric, Embedded Image

    Embedded Image

    , that is not physical because it does not solve the constraints, but by solving the elliptic equation for ψ we find a physical solution gab that solves the constraints. The conformal transverse-traceless decomposition (8) is widely used for the full set of constraints; for neutron star initial data in particular, the conformal thin-sandwich construction (21, 22) is used, where typically an additional elliptic equation is added to initialize the gauge condition.

    Physical content: Solve the constraints for data that contain multiple black holes or neutron stars with arbitrary mass, spin, and momentum.

    Because the constraints are nonlinear, we cannot simply “add up” the metric tensors of, for example, two Schwarzschild black holes to obtain binary data, although that can be a useful approximate initial guess. As a result, some aspects of the initial data construction are indirect. For example, we can start with two single black hole solutions for particular masses, which will be combined to form a binary. But solving the constraints for the binary leads to a change in the individual masses of the black holes because of the conformal rescaling. In some cases we have to perform evolutions to determine whether the initial data were constructed appropriately for a particular dynamical situation.

    There is a growing variety of initial data constructions for binaries that correspond to the variety of physical configurations. For black holes, there are excision-type data, where the interior of black holes is removed (23, 24). Alternatively, black hole puncture data handle the black hole interior with a coordinate singularity at a point (25), which sometimes is called automatic excision. The thin-sandwich formulation is well suited for quasi-equilibrium data of black holes and/or neutron stars, which, for example, can approximate the state of a binary system during a quasi-circular inspiral (26). Only quite recently have methods been developed for neutron stars that generalize the quasi-equilibrium, quasi-circular construction to eccentric orbits (27) and to neutron stars with spin (28) (Fig. 2). Solving the constraints for electromagnetic field configurations is another recent topic of investigation (29).

    Fig. 2 Binary neutron star evolution with spin and precession.

    As a result of the general relativistic frame-dragging effect, a binary of neutron stars with (unaligned) spin will not move within a fixed orbital plane. (A) The orbital motion, indicated by two different colors for the two stars. (B) The angular momentum. Both can show precession and nutation effects, which will also be visible in the gravitational wave signal. The axes indicate spatial coordinates (A) and vector components of the spin (B).


    Black holes and neutron stars: Determine all physical parameters during evolution. Find horizons of black holes. Analyze the rich phenomenology of neutron star mergers with the remnant, torus, jets, and ejecta. Connect to multi-messenger astronomy.

    In any binary simulation, a wide range of detailed information is of interest, especially when matter is involved. The “relativity” in general relativity means, however, that many quantities have no direct physical meaning. In general, any tensor component (such as gtt or gxy) is not meaningful by itself; we have to construct proper gauge-invariant quantities. For example, mass and spin must be carefully defined because their local meaning at a point is problematic. For black holes, special methods are required to find the event horizon, which is a global concept in spacetime and therefore expensive to compute. See Fig. 3 for examples. Instead, black hole excision relies on the apparent horizon [e.g., (13)].

    Fig. 3 The twisted pair of pants.

    (A and B) Spacetime plot of the event horizon of two inspiraling black holes that merge and ring down: equal (A) and unequal (B) masses, time t running up, horizontal x-y slices of the event horizon (80). (C) Pair of pants computed numerically in the 1990s for axisymmetric, head-on collisions, time t running up, horizontal slices in z-ρ coordinates (81).


    Gravitational waves: Compute gravitational wave emission; control numerical and systematic errors. Produce gravitational wave templates in a form that is ready to use for gravitational wave detectors. Treat both waveform prediction and waveform analysis.

    Gravitational waves are propagating variations in the metric tensor, and the challenge is to separate the physical waves from various coordinate effects. In the weak-field limit, we can define gravitational waves as small perturbations around a background metric, and a first-order gauge-invariant formalism can be used to eliminate leading-order gauge effects (30). Such methods are applicable because we assume that the detectors are located far from the source where an asymptotically flat background is available. In simulations, the numerical grids often include extra patches for the far zone [e.g., (9)], possibly at lower resolution (see below).

    A major effort in numerical relativity is directed toward obtaining accurate waveforms with controlled error bars for long time intervals. For the signal-to-noise ratio of current observations, a sufficiently accurate waveform model may begin with a post-Newtonian approximation (assuming nonrelativistic speeds) for the initial inspiral, matched to 10 to 20 orbits up to and including the merger from numerical simulations of the full Einstein equations. Initially, the goal was to filter the signal out of the noise by matching against theoretical waveforms. However, as the quality of the signals is improving, the main goal of gravitational wave astronomy is to estimate unknown source parameters. For example, we need detailed waveform models to distinguish black hole mergers from neutron star mergers, determine masses and spins, etc. The first detection of gravitational waves by Advanced LIGO (2) was accompanied by a theory paper describing how the properties of GW150914 were deduced from the observational data (4). Only by combining data with theory was it possible to arrive at the interpretation of GW150914 as the signature of a binary black hole merger, with specific parameters and credibility intervals. Two families of models were used, the EOBNR and Phenom families of waveforms (2) (Fig. 4). To analyze the data stream from the detectors, various parametrized waveform models are being developed for high-speed template matching (e.g., reduced-order surrogate models) (31).

    Fig. 4 Numerical waveform catalogs anticipated the first gravitational wave observations.

    Shown are examples for template construction for gravitational waves from binary black hole mergers. (A) Various numerical waveforms computed by different research groups forming an international collaboration. (B) Combining post-Newtonian models for the inspiral with numerical relativity. In (A) and (B), the amplitude of the gravitational wave is plotted versus time. The merger occurs at t = 0. In (B), the numerical waveform is preceded by a post-Newtonian waveform to cover more orbits of the inspiral. Such waveforms, which were purely theoretical, became real with the first observation of gravitational waves in 2015 [compare to figure 1 of (2)], making it possible to interpret the first signals as the merger events of two black holes.


    Discretization: Choose a discretization in space and time. Introduce adaptive mesh refinement (AMR) in space and time to efficiently represent different physical length scales. Choose coordinate patches and transformations to adapt coordinates to the underlying physics.

    Once a suitably hyperbolic form of the PDEs of general relativity has been derived, we have access to several standard discretizations from applied mathematics. The recent trend has been toward high-order discretizations, with different choices for the geometry and the matter fields. In vacuum or where the matter is smooth, the geometry is smooth as well. For smooth metrics, fourth- to eighth-order finite differencing in space is applied routinely, as well as pseudospectral methods for exponential convergence. Neutron star matter is represented by general relativistic fluids, and handling relativistic shocks becomes important. Several high-resolution shock-capturing (HRSC) fifth-order methods are available (6), as is work on smoothed particle hydrodynamics (32, 33).

    The physics of a binary involves several physical scales. The wavelength of gravitational waves near merger is about 100 times the size of the black holes, and the simulation domain is typically chosen to be at least 1000 times the size of the black holes to accommodate several wave cycles. Simulations in three spatial dimensions therefore become several orders of magnitude more efficient with AMR, often of the Berger-Oliger type with refinements not just in space, but also in time. Many codes use several coordinate patches to transition from two (or more) central objects to spherical shells near the outer boundary.

    Scientific computing: Implement parallel algorithms for high-performance computing. Invest in professional software engineering for a collaborative computational infrastructure.

    Numerical relativity has been very successful with the hybrid MPI (message passing interface) plus OpenMP (open multiprocessing) or a similar parallelization strategy. Still, a typical numerical relativity simulation for a binary coalescence, representing just a single data point in a template catalog, may take roughly 1 month on 1000 to 10,000 cores of a supercomputer. The numerical relativity community is working on improving the efficiency of these methods, including spectral methods and improved AMR schemes, which tend to be a bottleneck for massive parallelism. Most efforts in numerical relativity are group efforts with a long-term investment in an evolving code base. These efforts include SpEC (34), SACRA (35), Whisky/THC (36), Pretorius (37), HAD (38), BAM (39), and the community code Einstein Toolkit (40). Some codes approximate general relativity but provide more advanced neutron star physics (32, 33). Although similar in some regards—after all, the same or similar physics is studied—the different projects vary greatly in the range and the specifics of the physics modules, the flexibility and extensibility of the codes, the level of software optimization, and the collaboration and code-sharing models.

    The main challenge common to all these projects is that they are implementing a “moving target,” as formulations and basic equations are still changing and more physics is added to the simulations. Simultaneously, they must handle the trend in technology toward massively parallel computers and heterogeneous hardware, which is challenging given the complex algorithms required for numerical relativity.

    Short history of binary simulations

    The first simulations of black holes in vacuum were attempted in 1964 (41). By the 1970s, many concepts of the 3+1 ADM formulation had been brought into numerical relativity (42), which led to the seminal numerical work on head-on (axisymmetric, 2+1-dimensional) black hole collisions and gravitational waves (43, 44). It took until the early 1990s (45, 46) to revisit the head-on collision with improved numerics, which confirmed the early results on gravitational waves (46). Numerical relativity in 3+1 dimensions began in 1995 with the evolution of a Schwarzschild black hole on a Cartesian grid (47) and the evolution of gravitational waves (48), followed by the first fully 3+1-dimensional simulation of a black hole binary (49, 50). All the early black hole simulations mentioned so far were numerically unstable, with barely enough evolution time to start with two separate black holes that promptly merged. The first full orbit was achieved in 2004 (51). In 2005–2006, the last missing ingredients for long-term stable black hole evolutions were found in two different approaches, one based on a harmonic gauge formulation and excision (13) and the other based on the BSSN formulation and black hole punctures (17, 18, 51). By 2010, the robustness and flexibility of these methods had been established. Improvements in the formulations, the boundary conditions, etc., are still ongoing today (11, 12, 51).

    Neutron star simulations were pursued in parallel with the black hole simulations. The Valencia formalism of general relativistic hydrodynamics (GRHD), now the primary approach, was developed in the 1990s (52). The first fully general relativistic binary neutron star simulations were published in 2000 (53), with enormous progress in many groups since then. As far as the geometry of general relativity matters in these simulations, it turns out that the methods established for stable black hole simulations carry over to neutron star simulations (gauge, boundaries, initial data formulation, etc.). However, GRHD introduces its own challenge of relativistic shocks, and the range of different physics phenomena makes this a much more complex problem than black holes in vacuum.


    Numerical relativity is developing rapidly in several directions, and we highlight a few representative examples.

    High-order methods

    High-order methods to address the ever-increasing demand for even more accurate and detailed simulations are a major topic of current research. Among the different high-order methods to solve partial differential equations, the discontinuous Galerkin (DG) method has emerged in recent years as a particularly successful general-purpose paradigm (54). It can be argued that the DG spectral-element method subsumes several of the key advantages of traditional finite-element and finite-volume methods. In particular, the DG method works with element-local stencils, which is a great advantage for parallelization and the construction of complicated grids. Furthermore, DG methods offer easy access to hp-adaptivity, where both the size of the computational elements (or cells) and the order of the polynomial approximation within each element can be adapted to the problem.

    There are three major efforts to use DG methods for general relativity and/or GRHD (55–57). The first simulations of a single neutron star were achieved recently (55, 58), and simple binaries are a work in progress. With regard to high-order approximations, there is no doubt that if exponentially convergent spectral methods such as DG (or pseudospectral methods) are applicable, they will constitute a big improvement over finite-difference approximations, which give only polynomial convergence. High-order methods can provide breakthroughs by reaching accuracies that make new physics possible (e.g., for magnetic field amplification due to small-scale turbulence) or by reducing numerical errors to make gravitational wave analysis possible. Viewed differently, we can reach a given error criterion with much lower computational resources, making simulations feasible that are otherwise too computationally expensive.


    The spectacular first observation of both gravitational waves (3) and electromagnetic radiation (59, 60) from a neutron star merger represents the beginning of multi-messenger astronomy including gravitational waves. To model such systems, we need to perform “multi-physics” simulations.

    Modeling electromagnetic fields in GRHD can be accomplished by coupling the Maxwell equations to the GRHD equations, for which the prevalent approach has been ideal magnetohydrodynamics (IMHD). The assumption of IMHD is that the fluid has zero resistivity, but for the merger—and in particular for the fields surrounding the remnant with torus and ejecta—the quality of that approximation is unclear. Resistive magnetohydrodynamics (RMHD) is expected to be important for realistic models of plasma instabilities and magnetic reconnection. Apart from unknown physics, the mathematical character of the RMHD equations may be problematic (61, 62). There are only a few general relativistic simulations with RMHD [e.g., (61, 63, 64)]. Developing a proper theory of resistive relativistic plasmas is a large project in itself (65).

    The microphysical equation of state of neutron stars remains unknown and is also a target for numerical models and for observations. Investigations may include 20 or more different equations of state in an attempt to cover all sensible proposals. Even determining just one parameter—the existence of neutron stars with 2.0 solar masses (66, 67)—provided a strong constraint. In principle, gravitational wave observations can do much better, gleaning information from the inspiral and the merger. Although inspiral signals will show rather systematic long-time effects (68–70), one of the grand challenges will be to disentangle the much more messy merger signal (71).

    Standard merger models predict strong heating of the neutron star matter, which is expected to lead to an enormous amount of neutrino emission with luminosity on the order of 1054 erg s–1. This burst of energy plays a role in models of short gamma ray bursts (72) and also for the ejecta, which in turn affects heavy-element production and macro- or kilonovae (73). However, currently the high dimensionality of such radiative transport problems (3+1 spacetime plus 3 for the radiative transport) is prohibitive, leading to a wide array of approximations with variable applicability (74, 75). A coherent picture for neutrino physics in binary mergers is still lacking but should be a part of multi-messenger astrophysics.

    Beyond current astrophysics

    Numerical relativity has a large number of applications outside the area of compact binaries and gravitational waves (76, 77). Topics include gravitational collapse with surprising critical phenomena, boson stars and other exotic matter, and cosmological simulations. Going beyond classical general relativity, the field of numerical relativity for alternative gravity theories and gravity in higher dimensions is wide open.


    The next decade is sure to see numerical relativity grow in terms of computational power and applicability to different physical scenarios. The detailed theoretical models for black hole and neutron star binaries that are the target of research in numerical relativity are closely linked to the observation of gravitational waves. Numerical relativity, in combination with the highly anticipated future observations of gravitational waves, is expected to provide entirely new insights into extreme gravity and extreme matter.

    References and Notes
  • H. Minkowski, in The Principle of Relativity, H. A. Lorentz, A. Einstein, H. Minkowski, H. Weyl, Eds. (Dover, 1952), pp. 75–91.

  • J. W. York Jr., in Sources of Gravitational Radiation, L. Smarr, Ed. (Cambridge Univ. Press, 1979), pp. 83–126.

  • J. W. York, in Sources of Gravitational Radiation, L. L. Smarr, Ed. (Cambridge Univ. Press, 1979), pp. 83–126.

  • L. L. Smarr, thesis, University of Texas at Austin (1975).

  • K. R. Eppley, thesis, Princeton University (1975).

  • J. S. Hesthaven, T. Warburton, Nodal Discontinuous Galerkin Methods (Springer, 2008).

  • M. W. Choptuik, L. Lehner, F. Pretorius, in General Relativity and Gravitation: A Centennial Perspective, A. Ashtekar, B. K. Berger, J. Isenberg, M. MacCallum, Eds. (Cambridge Univ. Press, 2015), pp. 361–411.

  • M. Thierfelder, thesis, University of Jena (2008).

  • Acknowledgments: I gratefully acknowledge the joint work evident from the list of references. Without my collaborators, this review would not have been possible. Funding: Supported in part by DFG/NSF grant BR 2176/5-1. Author contributions: B.B. is responsible for the entire manuscript. Competing interests: None. Data and materials availability: There are no new data in this review.

    Direct Download of over 5500 Certification Exams

    3COM [8 Certification Exam(s) ]
    AccessData [1 Certification Exam(s) ]
    ACFE [1 Certification Exam(s) ]
    ACI [3 Certification Exam(s) ]
    Acme-Packet [1 Certification Exam(s) ]
    ACSM [4 Certification Exam(s) ]
    ACT [1 Certification Exam(s) ]
    Admission-Tests [13 Certification Exam(s) ]
    ADOBE [93 Certification Exam(s) ]
    AFP [1 Certification Exam(s) ]
    AICPA [2 Certification Exam(s) ]
    AIIM [1 Certification Exam(s) ]
    Alcatel-Lucent [13 Certification Exam(s) ]
    Alfresco [1 Certification Exam(s) ]
    Altiris [3 Certification Exam(s) ]
    Amazon [2 Certification Exam(s) ]
    American-College [2 Certification Exam(s) ]
    Android [4 Certification Exam(s) ]
    APA [1 Certification Exam(s) ]
    APC [2 Certification Exam(s) ]
    APICS [2 Certification Exam(s) ]
    Apple [69 Certification Exam(s) ]
    AppSense [1 Certification Exam(s) ]
    APTUSC [1 Certification Exam(s) ]
    Arizona-Education [1 Certification Exam(s) ]
    ARM [1 Certification Exam(s) ]
    Aruba [6 Certification Exam(s) ]
    ASIS [2 Certification Exam(s) ]
    ASQ [3 Certification Exam(s) ]
    ASTQB [8 Certification Exam(s) ]
    Autodesk [2 Certification Exam(s) ]
    Avaya [96 Certification Exam(s) ]
    AXELOS [1 Certification Exam(s) ]
    Axis [1 Certification Exam(s) ]
    Banking [1 Certification Exam(s) ]
    BEA [5 Certification Exam(s) ]
    BICSI [2 Certification Exam(s) ]
    BlackBerry [17 Certification Exam(s) ]
    BlueCoat [2 Certification Exam(s) ]
    Brocade [4 Certification Exam(s) ]
    Business-Objects [11 Certification Exam(s) ]
    Business-Tests [4 Certification Exam(s) ]
    CA-Technologies [21 Certification Exam(s) ]
    Certification-Board [10 Certification Exam(s) ]
    Certiport [3 Certification Exam(s) ]
    CheckPoint [41 Certification Exam(s) ]
    CIDQ [1 Certification Exam(s) ]
    CIPS [4 Certification Exam(s) ]
    Cisco [318 Certification Exam(s) ]
    Citrix [48 Certification Exam(s) ]
    CIW [18 Certification Exam(s) ]
    Cloudera [10 Certification Exam(s) ]
    Cognos [19 Certification Exam(s) ]
    College-Board [2 Certification Exam(s) ]
    CompTIA [76 Certification Exam(s) ]
    ComputerAssociates [6 Certification Exam(s) ]
    Consultant [2 Certification Exam(s) ]
    Counselor [4 Certification Exam(s) ]
    CPP-Institue [2 Certification Exam(s) ]
    CPP-Institute [1 Certification Exam(s) ]
    CSP [1 Certification Exam(s) ]
    CWNA [1 Certification Exam(s) ]
    CWNP [13 Certification Exam(s) ]
    Dassault [2 Certification Exam(s) ]
    DELL [9 Certification Exam(s) ]
    DMI [1 Certification Exam(s) ]
    DRI [1 Certification Exam(s) ]
    ECCouncil [21 Certification Exam(s) ]
    ECDL [1 Certification Exam(s) ]
    EMC [129 Certification Exam(s) ]
    Enterasys [13 Certification Exam(s) ]
    Ericsson [5 Certification Exam(s) ]
    ESPA [1 Certification Exam(s) ]
    Esri [2 Certification Exam(s) ]
    ExamExpress [15 Certification Exam(s) ]
    Exin [40 Certification Exam(s) ]
    ExtremeNetworks [3 Certification Exam(s) ]
    F5-Networks [20 Certification Exam(s) ]
    FCTC [2 Certification Exam(s) ]
    Filemaker [9 Certification Exam(s) ]
    Financial [36 Certification Exam(s) ]
    Food [4 Certification Exam(s) ]
    Fortinet [13 Certification Exam(s) ]
    Foundry [6 Certification Exam(s) ]
    FSMTB [1 Certification Exam(s) ]
    Fujitsu [2 Certification Exam(s) ]
    GAQM [9 Certification Exam(s) ]
    Genesys [4 Certification Exam(s) ]
    GIAC [15 Certification Exam(s) ]
    Google [4 Certification Exam(s) ]
    GuidanceSoftware [2 Certification Exam(s) ]
    H3C [1 Certification Exam(s) ]
    HDI [9 Certification Exam(s) ]
    Healthcare [3 Certification Exam(s) ]
    HIPAA [2 Certification Exam(s) ]
    Hitachi [30 Certification Exam(s) ]
    Hortonworks [4 Certification Exam(s) ]
    Hospitality [2 Certification Exam(s) ]
    HP [750 Certification Exam(s) ]
    HR [4 Certification Exam(s) ]
    HRCI [1 Certification Exam(s) ]
    Huawei [21 Certification Exam(s) ]
    Hyperion [10 Certification Exam(s) ]
    IAAP [1 Certification Exam(s) ]
    IAHCSMM [1 Certification Exam(s) ]
    IBM [1532 Certification Exam(s) ]
    IBQH [1 Certification Exam(s) ]
    ICAI [1 Certification Exam(s) ]
    ICDL [6 Certification Exam(s) ]
    IEEE [1 Certification Exam(s) ]
    IELTS [1 Certification Exam(s) ]
    IFPUG [1 Certification Exam(s) ]
    IIA [3 Certification Exam(s) ]
    IIBA [2 Certification Exam(s) ]
    IISFA [1 Certification Exam(s) ]
    Intel [2 Certification Exam(s) ]
    IQN [1 Certification Exam(s) ]
    IRS [1 Certification Exam(s) ]
    ISA [1 Certification Exam(s) ]
    ISACA [4 Certification Exam(s) ]
    ISC2 [6 Certification Exam(s) ]
    ISEB [24 Certification Exam(s) ]
    Isilon [4 Certification Exam(s) ]
    ISM [6 Certification Exam(s) ]
    iSQI [7 Certification Exam(s) ]
    ITEC [1 Certification Exam(s) ]
    Juniper [64 Certification Exam(s) ]
    LEED [1 Certification Exam(s) ]
    Legato [5 Certification Exam(s) ]
    Liferay [1 Certification Exam(s) ]
    Logical-Operations [1 Certification Exam(s) ]
    Lotus [66 Certification Exam(s) ]
    LPI [24 Certification Exam(s) ]
    LSI [3 Certification Exam(s) ]
    Magento [3 Certification Exam(s) ]
    Maintenance [2 Certification Exam(s) ]
    McAfee [8 Certification Exam(s) ]
    McData [3 Certification Exam(s) ]
    Medical [69 Certification Exam(s) ]
    Microsoft [374 Certification Exam(s) ]
    Mile2 [3 Certification Exam(s) ]
    Military [1 Certification Exam(s) ]
    Misc [1 Certification Exam(s) ]
    Motorola [7 Certification Exam(s) ]
    mySQL [4 Certification Exam(s) ]
    NBSTSA [1 Certification Exam(s) ]
    NCEES [2 Certification Exam(s) ]
    NCIDQ [1 Certification Exam(s) ]
    NCLEX [2 Certification Exam(s) ]
    Network-General [12 Certification Exam(s) ]
    NetworkAppliance [39 Certification Exam(s) ]
    NI [1 Certification Exam(s) ]
    NIELIT [1 Certification Exam(s) ]
    Nokia [6 Certification Exam(s) ]
    Nortel [130 Certification Exam(s) ]
    Novell [37 Certification Exam(s) ]
    OMG [10 Certification Exam(s) ]
    Oracle [279 Certification Exam(s) ]
    P&C [2 Certification Exam(s) ]
    Palo-Alto [4 Certification Exam(s) ]
    PARCC [1 Certification Exam(s) ]
    PayPal [1 Certification Exam(s) ]
    Pegasystems [12 Certification Exam(s) ]
    PEOPLECERT [4 Certification Exam(s) ]
    PMI [15 Certification Exam(s) ]
    Polycom [2 Certification Exam(s) ]
    PostgreSQL-CE [1 Certification Exam(s) ]
    Prince2 [6 Certification Exam(s) ]
    PRMIA [1 Certification Exam(s) ]
    PsychCorp [1 Certification Exam(s) ]
    PTCB [2 Certification Exam(s) ]
    QAI [1 Certification Exam(s) ]
    QlikView [1 Certification Exam(s) ]
    Quality-Assurance [7 Certification Exam(s) ]
    RACC [1 Certification Exam(s) ]
    Real-Estate [1 Certification Exam(s) ]
    RedHat [8 Certification Exam(s) ]
    RES [5 Certification Exam(s) ]
    Riverbed [8 Certification Exam(s) ]
    RSA [15 Certification Exam(s) ]
    Sair [8 Certification Exam(s) ]
    Salesforce [5 Certification Exam(s) ]
    SANS [1 Certification Exam(s) ]
    SAP [98 Certification Exam(s) ]
    SASInstitute [15 Certification Exam(s) ]
    SAT [1 Certification Exam(s) ]
    SCO [10 Certification Exam(s) ]
    SCP [6 Certification Exam(s) ]
    SDI [3 Certification Exam(s) ]
    See-Beyond [1 Certification Exam(s) ]
    Siemens [1 Certification Exam(s) ]
    Snia [7 Certification Exam(s) ]
    SOA [15 Certification Exam(s) ]
    Social-Work-Board [4 Certification Exam(s) ]
    SpringSource [1 Certification Exam(s) ]
    SUN [63 Certification Exam(s) ]
    SUSE [1 Certification Exam(s) ]
    Sybase [17 Certification Exam(s) ]
    Symantec [134 Certification Exam(s) ]
    Teacher-Certification [4 Certification Exam(s) ]
    The-Open-Group [8 Certification Exam(s) ]
    TIA [3 Certification Exam(s) ]
    Tibco [18 Certification Exam(s) ]
    Trainers [3 Certification Exam(s) ]
    Trend [1 Certification Exam(s) ]
    TruSecure [1 Certification Exam(s) ]
    USMLE [1 Certification Exam(s) ]
    VCE [6 Certification Exam(s) ]
    Veeam [2 Certification Exam(s) ]
    Veritas [33 Certification Exam(s) ]
    Vmware [58 Certification Exam(s) ]
    Wonderlic [2 Certification Exam(s) ]
    Worldatwork [2 Certification Exam(s) ]
    XML-Master [3 Certification Exam(s) ]
    Zend [6 Certification Exam(s) ]

    References :

    Dropmark : http://killexams.dropmark.com/367904/11753252
    Wordpress : http://wp.me/p7SJ6L-1so
    Dropmark-Text : http://killexams.dropmark.com/367904/12316525
    Issu : https://issuu.com/trutrainers/docs/hp0-460
    Blogspot : http://killexamsbraindump.blogspot.com/2017/11/ensure-your-success-with-this-hp0-460.html
    RSS Feed : http://feeds.feedburner.com/Pass4sureHp0-460DumpsAndPracticeTestsWithRealQuestions
    Box.net : https://app.box.com/s/pb23nwhrdyvwtoxqacs0w8bzs3ortrmh
    zoho.com : https://docs.zoho.com/file/62rwte3f2820a3bd1498ab371733e7955efe0

    View Complete PDF »

    We Make Sure Q&A work for you!

    See Entry Test Preparation   |   Project Management, English Tests Home

    Pass4sure PDFs (Pass4sure Questions and Answers), Viewable at all devices like PC Windows (all versions), Linux (All versions), Mac / iOS (iPhone/iPad and all other devices), Android (All versions). It support High Quality Printable book format. You can print and carry anywhere with you, as you like.

    Testing and Training Engine Software (Pass4sure Exam Simulator) Compatible with All Windows PC (Windows 10/9/8/7/Vista/XP/2000/98 etc). Mac (Through Wine, Virtual Windows PC, Dual boot). It prepares your test for all the topics of exam, gives you exam tips and tricks by asking tricky questions, uses latest practice quiz to train you for the real test taking experience in learning mode as well as real test mode. Provides performance graphs and training history etc.

    View Complete Article »

    More Useful Links about HP0-460

    Certification Vendors Here   |   View Exams, Latest Home

    Information Links


    HP0-460 brain dump | HP0-460 bootcamp | HP0-460 real questions | HP0-460 practical test | HP0-460 practice questions | HP0-460 test prep | HP0-460 study material | HP0-460 exam prep | HP0-460 study guide | HP0-460 online exam | HP0-460 training material | HP0-460 mock test | HP0-460 mock exam | HP0-460 free practice tests | HP0-460 free test | HP0-460 test answers | HP0-460 online test | HP0-460 test questions | HP0-460 exam questions | HP0-460 exam papers | HP0-460 assessment test sample | HP0-460 reading practice test | HP0-460 practice test | HP0-460 test questions | HP0-460 exam prep | HP0-460 online exam | HP0-460 free prep | HP0-460 exam answers | HP0-460 sample test questions | HP0-460 test exam | HP0-460 exam results | HP0-460 free exam papers | HP0-460 exam dumps | HP0-460 past bar exams | HP0-460 exam preparation | HP0-460 free online test | HP0-460 practice exam | HP0-460 test questions and answers | HP0-460 exam test | HP0-460 test sample | HP0-460 sample test | HP0-460 test practice | HP0-460 free test online | HP0-460 question test | HP0-460 model question | HP0-460 exam tips | HP0-460 certification sample | HP0-460 pass exam | HP0-460 prep questions | HP0-460 entrance exam | HP0-460 essay questions | HP0-460 sample questions | HP0-460 study questions | HP0-460 mock questions | HP0-460 test example | HP0-460 past exams | HP0-460 quest bars

    Download Free PDF »

    Services Overview

    We provide Pass4sure Questions and Answers and exam simulators for the candidates to prepare their exam and pass at first attempt.

    Contact Us

    As a team are working hard to provide the candidates best study material with proper guideline to face the real exam.

    Address: 15th floor, 7# building 16 Xi Si Huan.
    Telephone: +86 10 88227272
    FAX: +86 10 68179899
    Others: +301 - 0125 - 01258
    E-mail: info@Killexams.com