人机交互设计中的驱动材料和软机器人策略

Anke Brocker, Jose A. Barreiros, Ali Shtarbanov, Kristian Gohlke, Ozgun Kilic Afsar, Sören Schröder
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引用次数: 6

摘要

可编程物质、驱动材料和软机器人领域与人机交互(HCI)领域的新应用、界面和用户体验的设计越来越相关。这些研究领域经常使用柔软、灵活的材料和弹性驱动机构来构建适应性更强、适应性更强、适用于各种环境的系统。然而,在HCI和上述领域的交叉点上,存在许多与制造方法、开发工具、资源可用性、命名法、包容性设计等相关的挑战。本次研讨会旨在探讨如何使软机器人技术更容易被研究人员和非研究人员所接受。我们将(1)调查并确定人们在开发需要从其他领域转移知识的HCI应用程序时面临的各种困难,(2)讨论如何克服这些困难的可能解决方案和愿景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Actuated Materials and Soft Robotics Strategies for Human-Computer Interaction Design
The fields of programmable matter, actuated materials, and Soft Robotics are becoming increasingly more relevant for the design of novel applications, interfaces, and user experiences in the domain of Human-Computer Interaction (HCI). These research fields often use soft, flexible materials with elastic actuation mechanisms to build systems that are more adaptable, compliant, and suitable for a very broad range of environments. However, at the intersection between HCI and the aforementioned domains, there are numerous challenges related to fabrication methods, development tools, resource availability, nomenclature, design for inclusion, etc. This workshop aims to explore how to make Soft Robotics more accessible to both researchers and nonresearchers alike. We will (1) investigate and identify the various difficulties people face when developing HCI applications that require the transfer of knowledge from those other domains, and (2) discuss possible solutions and visions on how to overcome those difficulties.
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