用于无障碍与能力增强的信息物理系统：连接多元社区
Cyber-Physical Systems for Accessibility and Ability Augmentation: Bridging Diverse Communities
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中文总结 AI 辅助
该研究聚焦可穿戴设备、机器人技术、XR与智能环境融合形成的CPS，旨在连接多元社区，通过解决关键挑战设计以无障碍和能力增强为核心的CPS，提升残障人士体验并增强人类能力。
中文摘要 AI 辅助
可穿戴设备、机器人技术、扩展现实（XR）与智能环境的强大融合，正在拓展支持并增强人类日常生活能力的信息物理系统（CPS）的设计空间。这类系统通过感知现实世界情境、建模用户需求并提供情境化辅助，可提升残障人士的无障碍体验，同时增强人类的感知、记忆、学习与移动等更广范围的能力。然而，要实现这一潜力，需解决情境感知、用户建模、自适应交互、隐私及评估方面的关键挑战，以确保CPS在现实情境中可靠且有效。本次研讨会将汇聚人机交互（HCI）、人工智能（AI）、可穿戴设备、机器人技术、XR、智能环境、无障碍及能力增强领域的研究者与从业者，探讨以无障碍和能力为核心的CPS设计的共同策略与挑战。通过小组讨论、交互式演示及混合小组设计活动，参与者将明确在现实场景中支持并增强人类能力的CPS的反复出现的设计原则、技术挑战及未来方向。详情请访问：this https URL。
英文摘要
The powerful convergence of wearables, robotics, extended reality, and smart environments is expanding the design space for cyber-physical systems (CPS) that support and augment human abilities in daily life. By sensing real-world contexts, modeling user needs, and providing situated assistance, these systems can improve accessibility for people with disabilities while enhancing broader human abilities such as perception, memory, learning, and mobility. However, realizing this potential requires addressing key challenges in context sensing, user modeling, adaptive interaction, privacy, and evaluation to ensure that CPS are reliable and effective in real-world contexts. This workshop will bring together researchers and practitioners across HCI, AI, wearables, robotics, XR, smart environments, accessibility, and ability augmentation to examine shared strategies and challenges for designing accessibility- and ability-centered CPS. Through panel discussions, interactive demos, and mixed-group design activities, participants will identify recurring design principles, technical challenges, and future directions for CPS that support and augment human abilities in real-world settings. For details, please visit: https://cps4all.github.io.
