首页> 外文会议>International Conference on Circuits, Systems, Signal and Telecommunications >3D-Printed Hand Controlled by Arm Gestures to Verify the Robustness and Reliability of a Low Cost Surface Electromyography System
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3D-Printed Hand Controlled by Arm Gestures to Verify the Robustness and Reliability of a Low Cost Surface Electromyography System

机译:由ARM手势控制的3D印刷手以验证低成本表面电拍摄系统的鲁棒性和可靠性

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The study focuses on the development of a low-cost surface electromyography and 3D-printed hand gesture-recognition system. The complete system captures four (4) channels of EMG data through sEMG amplifier circuits interfaced to an Arduino prototyping board. This data is sent to a workstation wherein the graphical user interface shows the pre-processed signal. The gestures are used as control for the movements of the 3D-printed arm.
机译:该研究侧重于开发低成本表面电拍摄和3D印刷手势识别系统。完整的系统通过互相连接到Arduino成型板的SEMG放大器电路捕获四(4)个EMG数据通道。该数据被发送到工作站,其中图形用户界面显示预处理信号。手势用作3D印刷臂的运动的控制。

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