MONICA Vision: An Approach, a Model and the Interactive Tools for Cyber-Physical Systems Designers

T. D. Mascio, F. Caruso, L. Tarantino, G. Valente
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引用次数: 3

Abstract

Nowadays, the growing diffusion of Cyber-Physical Systems brings strict requirements for the cyber-side, managed with complex HW/SW systems. In this paper, we discuss an action research experience to contribute to recent interest from the HCI community in frontier topics, at the intersection with Cyber-Physical Systems. HW/SW designers, experts in their application domain, are often not supported in their specific and daily tasks, as for example those associated to the design of cyber-side HW/SW components of Cyber-Physical Systems. This paper is an invitation to the HCI community to look at HW/SW designers as frontier users to serve. Indeed, the paper mainly describes the design issues raised within the European FitOptiVis project – aiming at developing a framework to support the design of video-based Cyber-Physical Systems – within which the action research experience has been conducted with the goal of supporting designers in the design of some crucial HW/SW components of the cyber-side: the monitoring systems.
MONICA Vision:资讯物理系统设计师的方法、模型与互动工具
如今,网络物理系统的日益扩散对网络端提出了严格的要求,需要复杂的硬件/软件系统进行管理。在本文中,我们讨论了一个行动研究经验,以促进HCI社区最近对前沿主题的兴趣,在网络物理系统的交叉点。硬件/软件设计人员是其应用领域的专家,在他们的具体和日常任务中经常得不到支持,例如那些与网络物理系统的网络侧硬件/软件组件设计相关的任务。本文是对HCI社区的一个邀请,将HW/SW设计师视为需要服务的前沿用户。事实上,本文主要描述了在欧洲FitOptiVis项目中提出的设计问题,该项目旨在开发一个框架来支持基于视频的网络物理系统的设计,在该项目中进行了行动研究经验,目的是支持设计师设计网络方面的一些关键硬件/软件组件:监控系统。
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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