similar to: LLVM compiler developer

The Intel Compiler Team in Santa Clara, California, is looking for an exceptional LLVM Compiler Developer to join our highly talented team. In this position, the successful candidate will be developing innovative compiler technology to deliver the best performance and usability features. You will be unleashing the power of Intel's latest hardware features with cutting edge compiler features

On Tue, 30 Mar 2010 14:09:03 -0700, Tanya Lattner <xzss at ____.com> wrote: > All, > > There has been a huge lack of response to the release. We need people to > help fix regressions and to participate in testing the release. Without > this support, I see no reason that the release team should spend their time > qualifying a release. > > We need to get all

Hi Hal,  Thanks for the very detailed email. I followed the ongoing discussion about moving ISL and Polly from a subproject of LLVM into the LLVM library. I was not convinced by the arguments in the threads. I believe that the potential benefits of the change that you are trying to make are not proportional to the high cost for the rest of the users of the compiler library. Traditional compiler

On Sat, Nov 17, 2012 at 1:09 PM, Wojciech Daniło <wojtek.danilo.ml at gmail.com> wrote: > Thank you for yours response :) > I know that LLVM Pass was designed to transform IR, but lets focus on an > example - LLVM Pass is a function that transform some set of input into > output. It can transform IR into graph of lets say strongly connected > components and then other passes

I would love to ask you one more question. You have written: It's not really going to give you a lot of value compared to just building your own graph transformation pipeline & then producing IR at the end of that. Could you please tell more about this topic? Why my custom solution (custom pass manager etc) would be better than making LLVM (non IR) passes? 2012/11/17 Wojciech Daniło

On Nov 17, 2012, at 1:56 PM, Wojciech Daniło <wojtek.danilo.ml at gmail.com> wrote: > > > I know that LLVM Pass was designed to transform IR, but lets focus on an > > example - LLVM Pass is a function that transform some set of input into > > output. It can transform IR into graph of lets say strongly connected > > components and then other passes can use it

Malveeka, You can use the LoopInfo analysis to find the induction variable. http://llvm.org/docs/doxygen/html/classllvm_1_1Loop.html#a72bbf45d2e00971f56bf8cfe4e1df01c Cheers, Nadav From: llvmdev-bounces at cs.uiuc.edu [mailto:llvmdev-bounces at cs.uiuc.edu] On Behalf Of Malveeka Tewari Sent: Thursday, May 05, 2011 14:51 To: llvmdev at cs.uiuc.edu Subject: [LLVMdev] Loop transformations

On 4/30/13 1:10 AM, Jovi Zhang wrote: > On Tue, Apr 30, 2013 at 12:31 AM, John Criswell <criswell at illinois.edu> wrote: >> On 4/28/13 11:42 AM, Jovi Zhang wrote: >>> Hi, >>> >>> First of all, I didn't study on compiler too much, I'm a Linux kernel >>> developer, >>> Now I have one idea about compile kernel module by using llvm

Greetings, Please review the job descriptions below and if you or any of your associates are interested please submit your resume. This is a full-time position in San Jose, CA or Portland, OR or Eindhoven, Netherlands. Back-End LLVM Compiler Engineer Responsibilities: - Develop specific code generation and optimizations in the LLVM-based compiler back-end - Implement new programming

Greetings, Please review the job descriptions below and if you or any of your associates are interested please submit your resume. This is a full-time position in San Jose, CA or Portland, OR. Senior LLVM Compiler Engineer Responsibilities: - Develop specific code generation and optimizations in the LLVM-based compiler back-end - Implement new programming models for new cores and

Greetings, Please review the job descriptions below and if you or any of your associates are interested please submit your resume. This is a full-time position in San Jose, CA or Portland, OR or Eindhoven, Netherlands. LLVM Compiler Engineer Responsibilities: - Develop specific code generation and optimizations in the LLVM-based compiler back-end - Implement new programming models

On May 5, 2011, at 5:11 AM, Rotem, Nadav wrote: > Malveeka, > > You can use the LoopInfo analysis to find the induction variable. > > http://llvm.org/docs/doxygen/html/classllvm_1_1Loop.html#a72bbf45d2e00971f56bf8cfe4e1df01c > > Cheers, > Nadav getCanonicalInductionVariable is a good example of finding IVs without iterating over instructions. But you may need to

I'll be interested in seeing the improvements. As a reference, this is what I get in an Intel 6700K when I compare gcc 5.4 (Ofast flto) vs published Intel results. 23x in libquantum, and over 40% in many benchmarks. I think that it is mostly from AoS vs SoA and loop transformations. 5.4

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Hi everyone, This Fall has been busy, busy, busy. In addition to the usual LLVM hacking, our developers have been moving all over the country, starting classes, ending internships, getting married, and traveling the world. Despite all of the non-LLVM fun we've been having, we've managed to get some work done, too. :) Here is my traditional distillation of llvm-commits: New High-Level

On Wed, 15 Mar 2006, John Criswell wrote: > Vikram S. Adve wrote: > Basically what I think would be useful is an option to the inliner that gives > it a list of functions to skip when inlining. My argument for this is that > we have several transformations now that search for calls to specific > functions; if those functions are inlined, the transform pass can no longer >

Hi, Nadav, Chris, et al., If you've not already seen it, we had a long discussion about incorporating Polly into LLVM on llvm-dev, http://lists.llvm.org/pipermail/llvm-dev/2017-September/117063.html (with a continuation in October: http://lists.llvm.org/pipermail/llvm-dev/2017-October/118125.html) with a lot of detailed information. I think it is important, first, that we agree on the goals

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A premiere Proprietary Trading Firm in Chicago, IL is looking for a Compiler Developer to join their team. After reading the job description, if you are interested in this great opportunity, email me your updated word resume to mdecker at lucasgroup.com and call me at 713-470-5790 to discuss this position further. Compiler Developer In this role, you will be responsible for working