探索基于语音的虚拟助手在认知障碍患者混合现实应用中的潜力

F. Vona, Emanuele Torelli, E. Beccaluva, F. Garzotto
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引用次数: 7

摘要

混合现实(MR)在认知障碍患者的康复中受到越来越多的关注。在治疗的背景下,磁共振成像的力量是在体验适合这些用户需求的定制多媒体内容和任务的同时,保持与周围环境的生理和心理关系的可能性。这项工作的目的是探索与交互式语音虚拟助手集成的MR应用的潜力。我们介绍holollearn,这是一款微软HoloLens的应用程序,旨在帮助有认知障碍的人提高他们的自主性,学习日常生活中的简单活动(例如,摆桌子)。本文讨论了虚拟助手的设计特点和对照研究的结果。参与者是15名有认知障碍的受试者,他们在两种实验条件下使用holollearn——有和没有虚拟助手。虽然是初步的结果,但结果表明,使用基于语音的虚拟助手来丰富磁共振体验将提高用户在磁共振活动执行中的表现。
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Exploring the Potential of Speech-based Virtual Assistants in Mixed Reality Applications for People with Cognitive Disabilities
Mixed Reality (MR) has been receiving increasing interest in the rehabilitation of people with Cognitive Disabilities. The power of MR in the context of therapies is the possibility to maintain a physical and psychological relationship with the surrounding environment while experiencing customized multimedia content and tasks that are appropriate for the needs of these users. The purpose of this work is to explore the potential of MR applications integrated with interactive speech-based Virtual Assistants. We present HoloLearn, an application for Microsoft HoloLens, which aims to help people with Cognitive Disabilities to improve their autonomy and learn simple activities of their everyday life (e.g., setting the table). The paper discusses the design features of the Virtual Assistant created and the results of a controlled study. The participants involved were 15 subjects with Cognitive Disabilities who used HoloLearn in two experimental conditions - with and without a Virtual Assistant. The results, although preliminary, indicate that enriching a MR experience with the presence of a speech-based Virtual Assistant would improve the user performance in the execution of the MR activities.
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