如何设计物联网以鼓励办公室员工更有规律地进行微休息

Yitong Huang
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引用次数: 4

摘要

长时间坐着工作已成为上班族新的健康危害。因此,目前的博士学位致力于探索物联网(IoT)在支持更健康的办公室工作和打破常规方面的潜力。提出了一种利用日常人工制品的“可扫视性”和“可手势性”的“魔法物体”方法,作为解决这种说服背景下用户干扰和认知资源稀缺挑战的潜在解决方案。他们的愿景是最终拥有一系列数字“魔法”办公物品,利用无处不在的传感和上下文感知算法,在工作日的适当时刻巧妙地提示不同类型的休息,作为一种打破长时间坐着的机制;此外,从嵌入式和可穿戴传感器捕获的行为数据将被可视化,以促进自我反思和习惯养成。我们正在进行一项初步的定性研究,从行为改变和人机交互的角度来分析减少办公室久坐的挑战和机遇,并得出初步的见解,与听众分享和讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How to Design Internet of Things to Encourage Office Workers to Take More Regular Micro-Breaks
Prolonged sitting at work has become a new health hazard for office workers. The current PhD is thus dedicated to exploring the potential of Internet of Things (IoT) for supporting healthier office work and break routines. An "enchanted object" approach that utilizes the "glanceability" and "gesturability" of everyday artefacts is proposed as a potential solution to tackle the challenge of user disturbance and scarcity of cognitive resources in this persuasion context. The vision is to eventually have a collection of digitally "enchanted" office objects that harness ubiquitous sensing and context-aware algorithms to subtly prompt different types of breaks at opportune moments throughout workdays, as a mechanism to break up prolonged sitting; in addition, behavioural data captured from embedded and wearable sensors will be visualized to facilitate self-reflection and habit development. An initial qualitative study is being conducted to unpack challenges and opportunities in reducing prolonged sitting in office work through the lens of both behaviour change and Human Computer Interaction, which has led to preliminary insights to share and discuss with the audience.
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