Marat is at Hot Chips 2013 this week presenting his poster entitled, “What a fast FPU means for algorithms: A story of vector elementary functions.” This work lays the foundations for Yeppp!, his new numerical library that embraces the “flops-are-free” mantra to develop new high-speed implementations of functions like log, exp, sin, cos, among others, and polynomial evaluation. A copy of his poster is available here [PDF, 497 KiB].
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About us
The HPC Garage at Georgia Tech studies high-performance computing. Our work spans parallel algorithms, programming models, performance analysis, automated tuning (autotuning), and debugging. We target applications in computational science and engineering (CSE), which include computer-based simulations of natural and engineered systems and analysis of massive data sets. -
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Recent
- PMAA’14 July 14, 2014
- PASC’14 June 3, 2014
- IPDPS’14 May 19, 2014
- ISCA’14 paper to appear March 30, 2014
- GPGPU-7 March 3, 2014
- SIAM PP14 February 18, 2014
- Check us out at SC’13! November 18, 2013
- VAPLS @ IEEE VIS’13 October 15, 2013
- Dagstuhl 13401 October 1, 2013
- Yeppp! 1.0 is live September 20, 2013
- ModSim’13 September 18, 2013
- Hana’s PhD Defense September 16, 2013
- PPAM’13 September 9, 2013
- Peach-Py at the BLIS Retreat September 6, 2013
- Hot Chips ’13 August 26, 2013
Comments
Is there an associated paper with these findings? Would be interested in reading.
Thanks for your interest! Marat (mdukhan3 at gatech) has a draft preprint on this work, which we are wrapping up as a tech report to be released soon. If you follow-up with him directly, he may be able to give you an early draft.