Algebraic compensator design for dynamic systems using a novel BPF transformation method

새로운 BPF 변환식을 이용한 동적 시스템의 대수적 보상기 설계

This paper deals with an algebraic compensator design for dynamic systems using a novel BPF transformation method. To obtain an algebraic compensator for the system, block pulse function's differential operation is used. Compare to unalgebraic compensator, proposed algebraic compensator is less sensitive to the measurement noise.