Advanced architecture as a commodity

S. Davidson
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Abstract

h HARDWARE ACCELERATION IN Computational Biology is the theme of this issue of IEEE Design & Test. In graduate school, a long time I worked on the acceleration of things that used to be considered compute-intensive, such as compilers. Then I was involved in the acceleration of fault simulation through special purpose hardware. None of these efforts was successful. Advances in general purpose computing technology outpaced that of acceleration, so our speed advantage shrank by the time these accelerators were ready. Since work today is leveraging general purpose hardware like GPUs and FPGAs, this shouldn’t be a problem. But a bigger problem was that our target applications were for a limited market, so the investment in developing acceleration wasn’t worth it. Maybe we can find some other things out there with a vast number of users that we could accelerate. Perhaps in the future, we’ll see ads like the following.
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作为商品的高级架构
计算生物学中的硬件加速是本期IEEE设计与测试的主题。在研究生院的时候,我花了很长时间研究那些曾经被认为是计算密集型的东西的加速,比如编译器。然后我参与了通过专用硬件加速故障模拟的工作。这些努力都没有成功。通用计算技术的进步超过了加速技术的进步,所以当这些加速器准备好时,我们的速度优势就缩小了。由于今天的工作是利用通用硬件,如gpu和fpga,这应该不是一个问题。但更大的问题是,我们的目标应用是面向有限的市场,所以在开发加速方面的投资并不值得。也许我们可以找到其他一些拥有大量用户的东西,我们可以加速发展。也许在未来,我们会看到这样的广告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
IEEE Design & Test of Computers
IEEE Design & Test of Computers 工程技术-工程:电子与电气
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