Beyond Green: Evolution to Adaptability and Recyclability

Yuzhong Sun, Ying Song
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引用次数: 3

Abstract

In current social computing system, not only hardware but also software experiences a directly discarded mode. Such directly discarded mode may result in huge waste. The major challenge in green computing is the recyclability of the computing system. In order to address this challenge in the software field, this paper proposes a design idea of green software embodying the adaptability and recyclability. The adaptable and recyclable strategy may consist of two phases. The first one is compressing the increasingly deeper software stack, another one is keeping the functionality recycling and code reuse. The adaptability and recyclability mean automatically decomposing the complex software into several parts which are ease to be reused and automatically selecting the feasible parts for the on-writing software. And we also explore the system software design path to adaptability and recyclability in our previous work as well as in the future.
超越绿色:向适应性和可回收性的进化
在当前的社会计算系统中,不仅硬件,软件也经历了一种直接丢弃的模式。这种直接丢弃的模式可能会造成巨大的浪费。绿色计算的主要挑战是计算系统的可回收性。为了解决软件领域的这一挑战,本文提出了一种体现适应性和可回收性的绿色软件设计思想。适应性和可循环战略可分为两个阶段。一个是压缩越来越深的软件栈,另一个是保持功能回收和代码重用。适应性和可回收性是指将复杂的软件自动分解为易于重用的几个部分,并自动选择可行的部分作为正在编写的软件。在过去的工作和未来的工作中,我们也探索了适应性和可回收性的系统软件设计路径。
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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