“Eco-Friendly” Micro-Services: Resource Footprint of Cloud-Native Micro-Services Written in Java—A Balance Between Build-Time and Run-Time Effects of Releases

IF 1.8 4区 计算机科学 Q3 COMPUTER SCIENCE, SOFTWARE ENGINEERING
Alexander Poth, Olsi Rrjolli
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引用次数: 0

Abstract

The usage of micro-services in IT services is increasing. As this growth continues, the importance of eco-friendly design and operation becomes a significant factor. This study aims to evaluates the potential of Java frameworks that facilitate cloud-native micro-services in reducing the energy footprint throughout the release lifecycle. The release lifecycle view also looks into the development phase and its footprint impact respectively potentials to build overall more energy footprint optimized releases. Technology-driven methods and tools based on micro-service frameworks can help reduce the energy footprint at the micro-service level. However, local optimizations at the micro-service level cannot diminish the importance of more holistic approaches, such as optimizing the overall system, architecture and design of micro-services. The concepts derived from this analysis can be implemented in industrial settings, as presented by the case study. The effects are measurable and represent a positive step towards more eco-friendly cloud-native micro-service-based IT service offerings.

“生态友好型”微服务:用java编写的云原生微服务的资源足迹——版本构建时和运行时效果之间的平衡
微服务在IT服务中的使用正在增加。随着这种增长的持续,环保设计和运营的重要性成为一个重要因素。本研究旨在评估Java框架在促进云原生微服务在整个发布生命周期中减少能源足迹方面的潜力。发布生命周期视图还研究了开发阶段及其足迹影响的潜力,以构建总体上更多的能源足迹优化版本。基于微服务框架的技术驱动方法和工具可以帮助减少微服务级别的能源足迹。然而,微服务级别的局部优化不能降低更整体方法的重要性,例如优化微服务的整体系统、架构和设计。从这一分析中得出的概念可以在工业环境中实施,正如案例研究所提出的那样。其效果是可衡量的,代表着朝着更环保的基于云原生微服务的IT服务产品迈出了积极的一步。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Software-Evolution and Process
Journal of Software-Evolution and Process COMPUTER SCIENCE, SOFTWARE ENGINEERING-
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10.00%
发文量
109
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