评估整体的环保性

J. D. Patón-Romero, M. T. Baldassarre, Moisés Rodríguez, M. Piattini
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引用次数: 2

摘要

集成是保持大型计算基础设施和体系结构运行的引擎,例如智能城市和智能校园等。作为整个系统正确运作的关键因素,在性能、质量、设计等不同方面进行持续而严格的评估或评估。但在这些方面中,集成系统的能耗和环境影响通常没有被考虑到。可持续性是当今的一个基本特征,而组合是最直接影响它的元素。出于这个原因,评估应扩展到整体的可持续性或“绿色”。在本研究中,我们建议使用“绿色IT的治理和管理框架”,这是我们开发的一个框架,来对整体的绿色性进行评估。通过这个框架,我们确定了应该考虑的目标和指标,以及必须评估的实践和活动,以确保整体以生态可持续的方式单独工作,以实现整个绿色系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessing the greenability of ensembles
Ensembles are the engines that keep large computing infrastructures and architectures running, such as smart cities and smart campuses, among others. Being critical elements for the correct functioning of an entire system, constant and rigorous assessments or evaluations are performed on different aspects such as performance, quality, design, etc. But among these aspects, energy consumption and environmental impact that the ensembles have are not usually considered. Sustainability is a fundamental characteristic nowadays and ensembles are the elements that most directly affect it. For this reason, assessments should be extended towards the sustainability or “greenability” of ensembles. In this study we propose the use of the “Governance and Management Framework for Green IT”, a framework that we have developed, to conduct the assessment of the greenability of ensembles. Through this framework, we identify which are the goals and metrics that should be considered, as well as the practices and activities that must be assessed to ensure that the ensembles work individually in an eco-sustainable manner, to achieve an entire green system.
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