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引用次数: 1

摘要

善良可以提升幸福感和幸福感。它可以使个人(例如,增加弹性)和社会(例如,增加信任)受益。随着数字技术渗透到我们的日常生活中,这种技术有越来越多的机会来实现、调解和扩大社会中的善意。在本文中,我们提出了善良计算,这是一种新的计算范式,明确地将善良纳入数字技术的发展和使用。我们设想软件工程是一门能够提供这种技术的学科。然而,软件工程技术并没有提供明确的抽象、形式化和工具来考虑、分析和实现交付这种技术的软件。参考相关工作,我们详细阐述了类计算和软件工程在实现它方面的作用,确定了开放的研究挑战,引出了三类类计算需求,并概述了未来工作的研究议程。CCS概念•以人为中心的计算;•软件及其工程;
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Kind Computing
Kindness can boost happiness and wellbeing. It can benefit individuals (e.g., increasing resilience) as well as society (e.g., increasing trust). With digital technology permeating our daily lives, there are increasing opportunities for such technology to enable, mediate, and amplify kindness in society. In this paper, we propose kind computing, a new computing paradigm that explicitly incorporates kindness into the development and use of digital technology. We envisage software engineering as a discipline that can deliver such technology. However, software engineering techniques do not provide explicit abstractions, formalisms, and tools to consider, analyse, and implement software that delivers such technology. With reference to related work, we elaborate on kind computing and the role of software engineering in enabling it, identify open research challenges, elicit three categories of kind computing requirements, and sketch a research agenda for future work. CCS CONCEPTS • Human-centered computing; • Software and its engineering;
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