CAJ | 학술논문

研究了微机电系统加速度计基于椭球约束的静态修正法。根据微机电系统加速度计输出数学模型，采用标准粒子群优化算法估计微机电系统加速度计的输出数学模型中的刻度因数、零偏及正交误差。实验结果表明，该方法有效剔除了采样过程中的随机误差，粒子群优化方法的引入，使得微机电系统加速度计输出能够准确地反映其真实值。
연구료미궤전계통가속도계기우타구약속적정태수정법。근거미궤전계통가속도계수출수학모형，채용표준입자군우화산법고계미궤전계통가속도계적수출수학모형중적각도인수、령편급정교오차。실험결과표명，해방법유효척제료채양과정중적수궤오차，입자군우화방법적인입，사득미궤전계통가속도계수출능구준학지반영기진실치。
The particle swarm optimization static calibration method of micro-electro-mechanical system accelerometer based on ellipsoidal restriction is studied. According to the output mathematical model of the micro-electro-mechanical system accelerometer,the standard particle swarm optimization algorithm is taken to estimate scale factors,bias,and installation errors in the output mathematical model. The experimental results show that the method can eliminate the random errors in the sampling process effectively. With the introduction of particle swarm optimization algorithm,the outputs of the micro-electro-mechanical system accelerometer can reflect their true values.