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FEETINGS: Framework for Energy Efficiency Testing to Improve Environmental Goal of the Software
Sustainable Computing: Informatics and Systems ( IF 4.5 ) Pub Date : 2021-04-06 , DOI: 10.1016/j.suscom.2021.100558
Javier Mancebo , Coral Calero , Felix Garcia , Mª Angeles Moraga , Ignacio Garcia-Rodriguez de Guzman

Software is a fundamental part of today's society. However, both users and software professionals need to be aware that its use impacts on the environment, due to the high energy consumption it entails. One of the main gaps to be faced is the difficulty of analyzing software energy consumption in the endeavor to know whether a particular software product is as much energetically efficient as possible, or at least more efficient than another, and to improve the environmental objectives of the software. For this reason, a Framework for Energy Efficiency Testing to Improve eNviromental Goals of the Software (FEETINGS) is presented in this paper. FEETINGS is composed of three main components: an ontology to provide precise definitions and harmonize the terminology related to software energy measurement; a process to guide researchers in carrying out the energy consumption measurements of the software, and a technological environment, which allows the capture, analysis and interpretation of software energy consumption data. This paper also presents an example of the application of the FEETINGS, which aims to raise awareness of the energy consumed by the software in activities that we perform daily, such as writing a tweet or a Facebook post. As a result, we have been able to verify that FEETINGS allows us to carry out an analysis and measurement of software energy consumption to provide users with good practices, as using an emoji or a picture rather than a GIF. © 2001 Elsevier Science. All rights reserved.



中文翻译:

专题:能源效率测试框架,以改善软件的环境目标

软件是当今社会的基本组成部分。但是,用户和软件专业人员都必须意识到,由于其消耗大量能源,其使用会对环境产生影响。要面对的主要差距之一是难以分析软件能耗,以努力了解某个特定软件产品在能源效率上是否尽可能高,或者至少比另一种产品效率更高,并且难以改善软件的环境目标。软件。因此,本文提出了一种能效测试框架,以改善软件的电子环境目标(FEETINGS)。FEETINGS由三个主要组成部分组成:提供精确定义并统一与软件能量测量相关的术语的本体;指导研究人员进行软件能耗测量的过程,以及可以捕获,分析和解释软件能耗数据的技术环境。本文还提供了FEETINGS应用程序的示例,该应用程序旨在提高人们对我们日常执行的活动(例如撰写推文或Facebook帖子)中软件消耗的能量的认识。结果,我们能够验证FEETINGS允许我们进行软件能耗的分析和测量,以便为用户提供良好的使用习惯,例如使用表情符号或图片而不是GIF。©2001爱思唯尔科学。版权所有。分析和解释软件能耗数据。本文还提供了FEETINGS应用程序的示例,该示例旨在提高人们对我们日常执行的活动(例如撰写推文或Facebook帖子)中软件消耗的能量的认识。结果,我们能够验证FEETINGS允许我们进行软件能耗的分析和测量,以便为用户提供良好的使用习惯,例如使用表情符号或图片而不是GIF。©2001爱思唯尔科学。版权所有。分析和解释软件能耗数据。本文还提供了FEETINGS应用程序的示例,该应用程序旨在提高人们对我们日常执行的活动(例如撰写推文或Facebook帖子)中软件消耗的能量的认识。结果,我们能够验证FEETINGS允许我们进行软件能耗的分析和测量,以便为用户提供良好的使用习惯,例如使用表情符号或图片而不是GIF。©2001爱思唯尔科学。版权所有。我们已经能够验证FEETINGS允许我们进行软件能耗的分析和测量,以便为用户提供良好的使用习惯,例如使用表情符号或图片而不是GIF。©2001爱思唯尔科学。版权所有。我们已经能够验证FEETINGS允许我们进行软件能耗的分析和测量,以便为用户提供良好的使用习惯,例如使用表情符号或图片而不是GIF。©2001爱思唯尔科学。版权所有。

更新日期:2021-04-11
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