The article examines the design and implementation of a test experience focused on realism and perspective during navigation tasks utilizing virtual avatars. It emphasizes the importance of a wide-baseline sensor setup, which effectively circumvents limitations regarding the Kinect sensor's range, ensuring whole-body visibility for accurate task performance. Additionally, it discusses the environment layout and the methodologies used to study user preferences and performance in virtual settings, ultimately aiming to enhance user experience in avatar-based navigation.
A wide-baseline setup is crucial for accurate user representation in navigation tasks, ensuring the participant's entire body remains visible to sensors, enhancing experience.
Using multiple sensors positioned around the laboratory allows for improved visibility and performance in user navigation tasks, reducing the likelihood of representation gaps.
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