Maximilian Meissner, K. Lange, J. Arnold, Sanjay Sharma, Roger Tipley, Nishant Rawtani, D. Reiner, Mike Petrich, Aaron Cragin
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引用次数: 1
摘要
近年来服务器效率提高背后的推动力是SPEC基准测试的使用。它们被用于强制性政府法规、ISO/IEC 21836:2020标准和产品营销,给服务器制造商和买家提高能源效率的重大激励。为了产生相关的结果,基准测试需要考虑硬件和软件开发的未来趋势,例如引入新的加速器和工作负载。为了跟上快速发展的IT环境的发展,SPEC计划引入一个工作负载奖励计划,以鼓励研究人员开发新的工作负载。提交的工作负载将被考虑纳入未来的SPEC效率基准并获得奖励。在本文中,我们概述了能源效率基准的发展过程。SPEC通过其丰富的经验和与工业界、学术界和政府利益相关者的合作,确保为政府法规制定高质量的基准。从这个过程中出现的工具之一是Chauffeur Worklet Development Kit (WDK),研究人员可以使用它来开发下一代工作负载,以增强未来SPEC基准的现实相关性,这是基准有助于未来节能的关键因素。
SPEC Efficiency Benchmark Development: How to Contribute to the Future of Energy Conservation
A driving force behind the improvement of server efficiency in recent years is the use of SPEC benchmarks. They are used in mandatory government regulations, the ISO/IEC 21836:2020 standard, and product marketing, giving server manufacturers and buyers significant incentive to improve energy efficiency. To produce relevant results, benchmarks need to take into account future trends in hardware and software development, such as the introduction of new accelerators and workloads. To keep pace with the development of the fast moving IT landscape, SPEC plans to introduce a workload bounty program to encourage researchers to develop novel workloads. Submitted workloads will be considered for inclusion in future SPEC Efficiency benchmarks and rewarded. In this paper, we outline the process of energy-efficiency benchmark development. SPEC ensures the development of high-quality benchmarks for government regulations through its extensive experience and collaboration with stakeholders from industry, academia, and governments. One of the tools that emerged from this process is the Chauffeur Worklet Development Kit (WDK), which can be used by researchers to develop next-generation workloads to enhance the real-world relevance of future SPEC benchmarks, a critical element for the benchmarks to contribute to future energy conservation.