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Keynote 2 — FPGA-accelerated high-performance computing — Close to breakthrough or pipedream?

机译:主题演讲2 - FPGA加速的高性能计算 - 接近突破或管道射击?

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Numerous results in reconfigurable computing research suggest that FPGAs are able to deliver greatly improved performance or energy efficiency for many computationally demanding applications. This potential is being exploited by hyperscale cloud providers, which have recently deployed large scale installations with FPGA. In contrast, FPGAs have not had any significant impact on general purpose HPC installations so far. In this keynote, I will try to shed some light on the reasons for this development and the apparent gap between the promise and reality for FPGAs in HPC. I will discuss what the reconfigurable computing research community can and needs to provide to attract more interest from HPC users and suppliers. To highlight practical challenges, I will share some of our experiences at the Paderborn Center for Parallel Computing, where have recently commissioned two HPC testbed clusters with FPGAs and where we are currently planning to deploy FPGAs at a larger scale in our production HPC systems.
机译:可重新配置计算研究中的许多结果表明,FPGA能够为许多计算要求苛刻的应用提供大大提高的性能或能源效率。这种潜力正在被超越云提供商利用,该提供商最近通过FPGA部署了大规模安装。相比之下,到目前为止,FPGA对通用HPC装置没有任何重大影响。在这个主题演讲中,我会试图阐明这种发展的原因,以及在HPC中FPGA的承诺与现实之间的明显差距。我将讨论可重构的计算研究界可以提供什么,并需要提供更多来自HPC用户和供应商的兴趣。要突出实用性的挑战,我会分享一些我们在帕德博恩中心并行计算,该地区最近已委托经验2 HPC集群试验平台采用FPGA和我们目前计划在更大的规模在我们的生产HPC系统部署的FPGA。

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