This paper addresses the issues relating to the enforcement of robust stability when implementing the Adaptive Inverse Control (AIC) scheme. In this scheme, an adaptive FIR filter is added to a closed-loop system in order to reduce the output

　针对超声换能器的传输特性随着温度和压力发生变化这一普遍存在的问题, 利用自适 应滤波技术对超声换能器的传输特性进行校正, 以减小温度和压力的变化对检测信号的影响。实测数据的处理结果表明: 基于RL S 算法的自适应滤波技术能准确地求出在不同温度压力条件下换能器传输特性变化的逆函数, 从而能很好地校正由于超声换能器传输特性随温度压力变化所引入的信号误差。-Ultrasonic transducer for the transmission properties change with tem

以自适应线性组合器为时变谐波检测器的模型, 根据逆归最小乘自适应滤波算法较好的跟踪性能, 使之应用于时变谐波的跟踪检测。仿真表明该方法比以往的基于最小均方 自适应滤波算法的谐波幅值和相位参数的测定具有更好的跟踪效果。-Adaptive linear combiner with harmonic detector is too variable model, according to inverse normalized least square adaptive filter algorit