论系统工程中的系统:需求工程的视角与研究议程

Cornelius Ncube, Soo Ling Lim
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引用次数: 30

摘要

系统系统(SoSs)和系统工程系统(SoSE)的出现在很大程度上是由全球社会需求驱动的,包括能源-水-食物关系、人口统计、全球气候、综合运输、安全和社会活动。然而,由于其规模、结构和功能的复杂性以及突发性,这些全球性的信息物理系统正变得越来越复杂,对于当前的需求工程(RE)实践来说,处理这些系统变得越来越困难。本文首先介绍了社会责任管理作为一门新兴学科,以及社会责任管理的主要特征。然后,我们强调了RE规程必须应对的挑战。我们讨论了当前可重构技术和方法的一些弱点,以应对soa的复杂性。然后,我们认为全球的可再生能源社区需要发展当前的可再生能源方法,并开发新的思维方式、新的可再生能源能力和可能的新的可再生能源科学,作为解决由“系统的系统”带来的需求工程复杂性的关键机制。然后,我们概述了需求工程视角和研究议程,确定了由欧盟委员会地平线2020研究计划资助的四个系统工程项目的集群通知的“十大”研究主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On Systems of Systems Engineering: A Requirements Engineering Perspective and Research Agenda
The emergence of Systems of Systems (SoSs) and Systems of Systems Engineering (SoSE) is largely driven by global societal needs including energy-water-food nexus, population demographics, global climate, integrated transport, security and social activity. However, due to their scale, structural and functional complexity and emergent properties, these global spanning Cyber-Physical Systems of Systems are becoming increasingly complex and more difficult for current requirements engineering (RE) practices to handle. In this paper, we firstly introduce SoSE as an emerging discipline and key characteristics of SoSs. We then highlight the challenges that the RE discipline must respond to. We discuss some weaknesses of current RE techniques and approaches to cope with the complexity of SoSs. We then argue that there is a need for the global RE community to evolve current RE approaches and to develop new ways of thinking, new RE capabilities and possibly a new RE science as a key mechanism for addressing requirements engineering complexities posed by Systems of Systems. We then outline a requirements engineering perspective and research agenda that identifies 'top-10' research themes informed by a cluster of four Systems of Systems Engineering projects funded by the European Commission's Horizon 2020 research programme.
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