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A Multi-Aspectual Requirements Analysis for Artificial Intelligence for Well-being 福祉人工智能的多面向需求分析
M. Thinyane, Lauri Goldkind
Technology, and specifically Artificial Intelligence, is transforming society in profound bivalent ways with positive and negative impacts. There is a recognition that AI offers immense potential for improving human well-being, which has been formulated at length from many perspectives, including the economic, social, psychological, developmental, and health perspectives. Critical questions with regards to these AI for well-being systems are, “What does success as far as employing AI to support human well-being look like?” and perhaps more importantly, “How do we inform system development processes to ensure the said success?” AI ethical frameworks and design guidelines have been formulated that address these questions by articulating some notion of successful or desired AI. Further, approaches such as participatory design, value-sensitive design, and goal-oriented requirements engineering aim to connect system development processes with high-level contextual concerns and non-functional softgoals. However, to establish the effectiveness of these instruments for informing AI for well-being solutions, it is necessary to have normative analysis and evaluation frameworks that recognize the innate complexity and multidimensionality of human well-being. This paper presents Herman Dooyeweerd’s philosophy as one such framework and provides a formulation of well-being informed by his Theory of Aspects and his “simultaneous realization of norms” principle. The paper then presents a multi-aspectual analysis of AI Ethics frameworks to illustrate and suggest a mechanism that can be employed across diverse contexts and domains for requirement analysis and requirements refinement for technology solutions in general, but specifically for AI for well-being solutions.
技术,特别是人工智能,正在以深刻的双重方式改变社会,带来积极和消极的影响。人们认识到,人工智能为改善人类福祉提供了巨大的潜力,这已经从许多角度详细阐述,包括经济、社会、心理、发展和健康角度。关于这些人工智能福祉系统的关键问题是,“就使用人工智能来支持人类福祉而言,成功是什么样子的?”也许更重要的是,“我们如何通知系统开发过程以确保上述成功?”人工智能伦理框架和设计指南已经制定,通过阐明成功或理想的人工智能的一些概念来解决这些问题。此外,诸如参与式设计、价值敏感设计和面向目标的需求工程等方法旨在将系统开发过程与高级上下文关系和非功能软件目标联系起来。然而,为了确立这些工具为人工智能提供福祉解决方案的有效性,有必要建立规范的分析和评估框架,以认识人类福祉的固有复杂性和多维性。本文将Herman Dooyeweerd的哲学作为这样一个框架,并根据他的面向理论(Theory of Aspects)和“规范的同步实现”原则提供了一个幸福的公式。然后,本文对人工智能伦理框架进行了多方面的分析,以说明并提出一种机制,该机制可用于不同背景和领域,用于一般技术解决方案的需求分析和需求优化,但特别适用于人工智能福祉解决方案。
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引用次数: 4
REWBAH 2020 Commentary
Rewbah
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引用次数: 0
Including Human Factors and Ergonomics in Requirements Engineering for Digital Work Environments 包括数字工作环境需求工程中的人因学和人机工程学
Ebba Håkansson, E. Bjarnason
Digital technology plays an important role in our work places, and much time is spent in the virtual environments that technology provides. However, today’s digital work environments are often cumbersome and hard to use, and contribute to stress and ill-health with subsequent cost to the individual, to their employers and to society. Our long-term aim is to facilitate the development of IT systems that provide a healthy digital work environment by including a human factors and ergonomics (HFE) perspective in the requirements engineering (RE) process. IT systems can then be better adapted to professional users, rather than forcing them to adapt work processes to the tools provided. As a first step, we performed an exploratory case study of a recently implemented IT system at a major Nordic bank to identify relevant aspects of HFE to consider within RE. The study consisted of a literature review, observations and interviews. We present eight factors covering user support such as documentation and training, and system characteristics such as understandability, ease of learning, ease of remembering, user satisfaction, system interplay and work-process interplay. These initial results may support non-HFE experts in including these aspects in RE for digital work environments. The results are also a starting point for further research into incorporating HFE in RE.
数字技术在我们的工作场所扮演着重要的角色,很多时间都花在技术提供的虚拟环境中。然而,当今的数字工作环境往往笨重且难以使用,并导致压力和健康状况不佳,从而给个人、雇主和社会带来成本。我们的长期目标是促进IT系统的发展,通过在需求工程(RE)过程中包括人因和人体工程学(HFE)的观点来提供健康的数字工作环境。然后,IT系统可以更好地适应专业用户,而不是强迫他们调整工作流程以适应所提供的工具。作为第一步,我们对北欧一家主要银行最近实施的IT系统进行了探索性案例研究,以确定在可再生能源中需要考虑的HFE的相关方面。该研究包括文献综述、观察和访谈。我们提出了八个因素,包括用户支持,如文档和培训,以及系统特征,如可理解性,易学性,易记性,用户满意度,系统相互作用和工作过程相互作用。这些初步结果可能支持非hfe专家将这些方面纳入数字工作环境的可再生能源。这些结果也是将HFE纳入RE的进一步研究的起点。
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引用次数: 10
Emotional Requirements for Well-being Applications : The Customer Journey 幸福应用的情感需求:顾客之旅
M. Levy
This study discusses the importance of well-being (WB) and the role of applications in promoting WB. While there are many applications that aim to promote WB in various aspects of daily life (e.g. healthy eating, mindfulness), most of them fail to engage users over time. This paper posits that understanding the users’ emotional needs and creating attachment between the users and the applications, are critical factors for determining user engagement. The paper shows how applying the design thinking methodology, and in particular its customer journey map (CJM) tool, to present offline and online journeys, can help scholars understand how a specific application can be used in everyday life, enabling users to become attached and engaged. The paper presents how this approach helped students cope with a challenge of creating applications for reducing stress among mentally challenged persons during a multidisciplinary workshop attended by engineering and design students.
本研究探讨了幸福感的重要性以及应用在促进幸福感方面的作用。虽然有许多应用程序旨在在日常生活的各个方面促进WB(例如健康饮食,正念),但随着时间的推移,大多数应用程序都无法吸引用户。本文认为,理解用户的情感需求并在用户和应用程序之间建立依恋关系是决定用户粘性的关键因素。本文展示了如何应用设计思维方法,特别是其客户旅程地图(CJM)工具,来呈现离线和在线旅程,可以帮助学者了解如何在日常生活中使用特定的应用程序,使用户变得依恋和参与。本文介绍了这种方法如何帮助学生在一个由工程和设计学生参加的多学科研讨会上应对创造应用程序以减轻精神障碍人士压力的挑战。
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引用次数: 4
Welcome from the Organizers 主办方的欢迎
Tiina Freimann, Danel Jantra, K. Rannus
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引用次数: 0
Developing Wellbeing Service Effectiveness Platform : Some RE considerations 发展福利服务效能平台:一些可再生能源的考虑
S. Jantunen, A. Pesola, P. Janhunen, Tuomas Reijonen, Viljo Kuuluvainen
Digital health is an emerging field that brings together professionals from wide range of disciplines, including clinical medicine, health services research, behavioral science, education, engineering, and computer science. For embracing the opportunities of digital health and improving the health and wellbeing of people, we need new multidisciplinary development approaches. The purpose of this vision paper is to understand better what kinds of demands digital health-related development projects pose on RE-activities and what kind of RE approach would be appropriate to deal with the identified challenges. To this end, we first discuss the differences of research traditions that are related to digital health. We then explore one digital health –related development project with the attempt to: 1) distill characteristics of the development challenge, and 2) determine a RE approach to address the identified characteristics.
数字健康是一个新兴领域,汇集了来自广泛学科的专业人员,包括临床医学、卫生服务研究、行为科学、教育、工程和计算机科学。为了抓住数字卫生的机遇,改善人们的健康和福祉,我们需要新的多学科发展方法。本愿景文件的目的是更好地了解与健康相关的数字发展项目对可再生资源活动提出了什么样的要求,以及什么样的可再生资源方法适合应对已确定的挑战。为此,我们首先讨论与数字健康相关的研究传统的差异。然后,我们探索了一个与数字健康相关的发展项目,试图:1)提炼出发展挑战的特征,以及2)确定一种可再生方法来解决所识别的特征。
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引用次数: 2
Software Engineering Issues: An exploratory study into the development of Health Information Systems for people with Mild Intellectual and Developmental Disability
Muneef Alshammari, O. Doody, Ita Richardson
Persons with intellectual and developmental disability remain among the most vulnerable members of society and frequently face numerous barriers. This includes having poor access to health information systems (HIS), which may be further compromised by a lack of accessible HIS resources. To be more effective, HIS must be easily accessible and usable to be understood by users. The study explores the usability and accessibility of HIS that is used and accessed by people with mild intellectual and developmental disability. Through focus groups following which we drew on qualitative data, we explored and observed the accessibility and usability of HIS by men with mild intellectual and developmental disabilities aged between 18 and 35 years. The findings of our study show that there is substantial promise for using and accessing HIS by participants. However, we identified many barriers against and enablers for using and accessing these systems. We also identified some design requirements for developing health information system for persons with mild intellectual and developmental disability.
智力和发育残疾者仍然是社会中最脆弱的成员,经常面临许多障碍。这包括难以获得卫生信息系统(HIS),而缺乏可获得的HIS资源可能会进一步损害卫生信息系统。为了更有效,信息系统必须易于访问,并易于用户理解。该研究探讨了轻度智力和发育残疾人士使用和访问的信息系统的可用性和可访问性。通过焦点小组,我们利用定性数据,探索和观察了18至35岁轻度智力和发育障碍男性的无障碍和可用性。我们的研究结果表明,参与者使用和访问HIS有很大的希望。然而,我们发现了许多阻碍和支持使用和访问这些系统的障碍。我们还确定了为轻度智力和发育障碍者开发健康信息系统的一些设计要求。
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引用次数: 5
REWBAH 2020 Committees REWBAH 2020委员会
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引用次数: 0
REWBAH 2020 Index REWBAH 2020指数
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引用次数: 0
REWBAH 2020 Breaker Page REWBAH 2020断路器页面
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引用次数: 0
期刊
2020 IEEE First International Workshop on Requirements Engineering for Well-Being, Aging, and Health (REWBAH)
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