迈向软件资源效率基准

Norbert Schmitt, Richard Vobl, Andreas Brunnert, Samuel Kounev
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引用次数: 2

摘要

数据中心每年的能源使用量已经超过250TWh,即使在一些研究的最佳情况下,其能源需求也将增长到1PWh以上,直到2030年。由于目前可再生能源无法满足这一需求,这种增长将导致二氧化碳排放量的进一步增加。数据中心的增长主要是由软件资源使用驱动的,但目前大多数能源效率的提高都是在硬件层面完成的,无法满足需求。为了减少数据中心软件的资源需求,需要能够量化其资源使用情况。因此,我们提出了一个基准来评估数据中心软件(即云应用程序)的资源消耗,并使供应商之间的标准应用程序类型的资源使用具有可比性。该基准旨在支持三个主要目标:(i)软件供应商应该能够了解其软件的资源消耗;(ii)软件购买者应能比较不同供应商的软件;(iii)激发软件供应商之间的竞争,使他们的软件更高效,因此,从长远来看,减少数据中心的增长,因为软件系统需要更少的资源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards a Benchmark for Software Resource Efficiency
Data centers already account for over 250TWh of energy usage every year and their energy demand will grow above 1PWh until 2030 even in the best-case scenarios of some studies. As this demand cannot be met with renewable sources as of today, this growth will lead to a further increase of CO2 emissions. The data center growth is mainly driven by software resource usage but most of the energy efficiency improvements are nowadays done on hardware level that cannot compensate the demand. To reduce the resource demand of software in data centers one needs to be able to quantify its resource usage. Therefore, we propose a benchmark to assess the resource consumption of data center software (i.e., cloud applications) and make the resource usage of standard application types comparable between vendors. This benchmark aims to support three main goals (i) software vendors should be able to get an understanding of the resource consumption of their software; (ii) software buyers should be able to compare the software of different vendors; and (iii) spark competition between the software vendors to make their software more efficient and thus, in the long term, reduce the data center growth as the software systems require less resources.
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