In the feedforward ANC, when the traditional FXLMS algorithm is applied directly, non-minimum phase(NMP) of the secondary-path transfer function will lead to the performance degradation.
在前馈有源噪声控制中，由于次级通道传递函数往往是非最小相位系统，直接使用传统的FXLMS算法时，导致系统的性能下降。
The transfer function of the analog voltage regulator is converted into discrete time mode, so that the corresponding digital control algorithm can be obtained.
文中将模拟调压器的传递函数进行数字化，得到了可以应用于数字调压器的控制算法。
Then the PID diagonal matrix decoupling control algorithm was adopted in the system based on the matrix transfer function.
再根据系统的传递函数矩阵，采用PID对角矩阵解耦控制算法结合约束条件实现其解耦控制。
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