绿色算法:测量碳足迹

Aslı KILIÇ, Yavuz Selim BALCIOĞLU
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引用次数: 0

摘要

气候变化的影响对地球上生命的几乎每一个方面都有重大影响,包括人类文明、经济和健康。数据中心和其他大型计算资源是造成大量温室气体(BSG)排放的人类活动之一。其他人类活动也造成了这个问题。尽管高性能计算的发展使得许多重要的科学突破得以实现,但这一进步对环境的影响也不容低估。本文描述了一个方法框架,用于一致和可靠地估计任何计算机业务的碳足迹。该系统可用于计算任何计算任务的碳足迹。用户可以使用一个名为Green算法(www.green-algorithms.org)的新创建的网络工具来测量和报告计算的碳足迹,该工具对公众免费开放。但是,该工具在计算过程中实现起来非常简单,因为它使用的信息很少,不会干扰预先编写的代码,并且可以适应各种硬件配置。作为一个整体,这项研究提供了一个简单的,可推广的框架,以及一个可访问的工具来测量几乎任何计算的碳足迹。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GREEN ALGORITHM: MEASURING THE CARBON FOOTPRINT
The effects of climate change have a significant impact on nearly every aspect of life on Earth, including human civilizations, the economy, and health. Data centers and other large-scale computing resources are among the human activities responsible for large greenhouse gas (BSG) emissions. Other human activities also contribute to this problem. Although the growth of high-performance computing has allowed many important scientific breakthroughs to be achieved, the environmental impact of this progress cannot be underestimated. This paper describes a methodological framework for consistently and reliably estimating the carbon footprint of any computer business. The system can be used to calculate the carbon footprint of any computing task. A user can measure and report the carbon footprint of calculations using a newly created web tool called the Green algorithm (www.green-algorithms.org), which is freely available to the public. However, the tool is very simple to implement within computational procedures, as it uses very little information, does not interfere with pre-written code, and can accommodate a wide variety of hardware configurations. Taken as a whole, this research offers a simple, generalizable framework, as well as an accessible tool for measuring the carbon footprint of almost any computation.
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