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Design and Usability Study of Non-Contact Aerial Interaction System for Smart Healthcare Scenarios

Author(s)

Yi Huang, Zehui Wu, Wen Hao*, Shiyu Xu, Mengwei Xi, Can Song

Affiliation(s)

School of Artificial Intelligence and Software, Jiangsu Normal University Kewen College, Xuzhou, Jiangsu, China *Corresponding Author

Abstract

In the smart medical scenario, traditional contact-based interaction is prone to cross-infection risks, making non-contact aerial interaction an important solution. This paper focuses on the research of non-contact aerial interaction system for smart medical care. Firstly, it analyzes the interaction requirements of medical scenarios, constructs interaction logic, and proposes the system design framework and core modules. Secondly, it optimizes the high-precision gesture recognition algorithm and designs an interaction feedback mechanism adapted to medical scenarios. Finally, it verifies the system performance through usability evaluation experiments and optimizes the system based on the results. The research results show that the designed system can effectively meet the non-contact interaction needs of medical scenarios, improve operation safety and efficiency, and provide theoretical support and practical reference for the development of smart medical interaction technology.

Keywords

Smart Medical Care; Non-Contact Interaction; Aerial Interaction System; Gesture Recognition; Usability Evaluation

References

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