Simulation aided design of a human wrist rotation recognition system combining IMU sensor data with Visible Light Communication

Saman Zahiri Rad, A. Weiss, F. Wenzl, E. Leitgeb
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引用次数: 1

Abstract

Wrist worn mobile sensors have proven to be applicable for various applications, including fitness tracking or gesture recognition. In time- and security-critical application scenarios, the commonly used Radio frequency based communication technologies may pose a bottleneck for further advancements. In this work, we present a simulation environment implemented in Matlab/Simulink that enables the precise simulation of wristbands that are equipped with light emitting diodes, which take over the task of data transfer by means of visible light communication in a fast and secure way.
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结合IMU传感器数据和可见光通信的人体手腕旋转识别系统的仿真辅助设计
穿戴在手腕上的移动传感器已被证明适用于各种应用,包括健身跟踪或手势识别。在时间和安全关键的应用场景中,常用的基于射频的通信技术可能会成为进一步发展的瓶颈。在这项工作中,我们提出了一个用Matlab/Simulink实现的仿真环境,该环境能够精确模拟配备发光二极管的腕带,该腕带通过可见光通信以快速和安全的方式接管数据传输任务。
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