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Human-Drone-Interaction: A Case Study to Investigate the Relation Between Autonomy and User Experience

机译:人机互动:案例研究,调查自主权与用户体验的关系

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Autonomous robots effectively support the human workforce in a variety of industries such as logistics or health care. With an increasing level of system autonomy humans normally have to give up control and rely on the system to react appropriately. We wanted to investigate the effects of different levels of autonomy on the User Experience (UX) and ran a case study involving autonomous flying drones. In a student competition, four teams developed four drone prototypes with varying levels of autonomy. We evaluated the resulting UX in 24 semi-structured interviews in a setting with high perceived workload (competition, autonomous vs. manual) and a non-competition setting (autonomous). The case study showed that the level of autonomy has various influences on UX, particularly in situations with high perceived workload. Based on our findings, we derive recommendations for the UX-oriented development of autonomous drones.
机译:自治机器人在物流或医疗保健等各种行业中有效地支持人类劳动力。随着系统自治水平的增加,人类通常必须放弃控制并依靠系统进行适当的反应。我们希望调查不同层次的自主权对用户体验(UX)的影响,并涉及自动飞行无人机的案例研究。在学生竞争中,四支球队开发了四个具有不同自主权水平的无人机原型。在具有高感知工作负载(竞争,自主与手册)和非竞争环境(自主)的环境中,我们在24个半结构化访谈中评估了由此产生的UX。案例研究表明,自主水平对UX有各种影响,特别是在具有高感知工作量的情况下。根据我们的调查结果,我们推出了对自主无人机的ux导向的建议。

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