1Cole D G,Clark R L. Adaptive compensation of pie-zoelectric sensoriactuat-ors. Journal of Intelligent Material Systems and Structures,1994,5:665～672
2Vipperman J S, Clark R L. Implementation of an ada-ptive piezoelectric sensoriactuator.AIAA,1996,34:2 102～2 109
3Vipperman J S, Clark R L. Robust multivariable active control with sensoriactuator feedthrough. AIAA,1999,24:3 115～3 122
4Vipperman J S. Adaptive piezoelectric sensoriactuators for active structural acoustic control: [Ph.D Thesis]. Durham: Duke University,1997
5Fannin C A. Design of an analog adaptive piezoelectric sensoriactuator: [MA.D Thesis]. Virginia:Virginia Polytechnic Institute and State University,1997
6Fannin C A, Saunders W R. Analog adaptive piezo-electric sensoriactuator design. AIAA,1997,1349:1 728～1 737
7Dosch J,Inman D J,Garcla E. A selfsensing piezoelectric actuator for collocated control. Journal of Intelligent Material Systems and Structures,1992,3:166～185
8Tzou M S, Hollkamp J J. Collocated independent modal control with self-sensing orthogonal piezoelectric actuators(theory and experiment). Smart Material and Structure, 1994,3:277～284
9Anderson E H,Hagood N W, Goodilffe J M. Self-sensing piezoelectric actuation: analysis and application to collocated structures. In: Proc of the 33rd AIAA SDM Conference, AIAA Paper, 1992,92-2465-CP:2 141～2 155
10Shlomo karni,Gengsheng zeng. The analysis of the continuous-time LMS algorithm. IEEE Transaction on Acoustics Speech and Signal Processing,1989,37: 595～597
