DISCRETE SYSTEM THEORY AND BIOCONTROL SYSTEM.
Final rept. 1 Mar 66-31 Mar 68,
CALIFORNIA UNIV BERKELEY COLL OF ENGINEERING
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Problems connected with discrete time systems and usual modeling are discussed in this report. In particular, stability study of pulse frequency modulator feedback systems is tackled in an exact method using Lagrange stability criterion. Also, discussed in this report the problem of system identification and several adaptive algorithms are being presented. In addition to neural modeling, study on the design of neural nets with intermittent response have been accomplished. Other problems connected with stability of nonlinear discrete and continuous feedback systems, multirate sampled-data systems, a general z-transform formula and alternate coefficients constraints for stability test of linear systems are presented. Author
- Theoretical Mathematics