CAJ | 학술논문

文章介绍了一种基于MEMS加速度、角速度和肌电信号传感器的手势控制系统，特别适用于以二元指令控制为主要输入内容的智能控制环境。该系统采用双阈值检测方法，对于二元指令的解析具有准确度高、计算复杂度低的特点。并采用体感数据采集和处理分离的系统架构，即把数据处理放在用户已有的移动设备上，从而降低了智能硬件的开发成本和控制系统的开发周期。
문장개소료일충기우MEMS가속도、각속도화기전신호전감기적수세공제계통，특별괄용우이이원지령공제위주요수입내용적지능공제배경。해계통채용쌍역치검측방법，대우이원지령적해석구유준학도고、계산복잡도저적특점。병채용체감수거채집화처리분리적계통가구，즉파수거처리방재용호이유적이동설비상，종이강저료지능경건적개발성본화공제계통적개발주기。
A gesture control system based on MEMS acceleration, angular velocity and EMG signal sensor is introduced in this paper. It is especially suitable for the intelligent control environment with the control of the two elements. The system uses dual-threshold detection method, for the two elements of the resolution of the high accuracy, low computational complexity. And, a system architecture is adopted to collect and process the data processing, which is to put the data processing on the mobile de-vice, which can reduce the development cost and control system.