The repository is currently being upgraded to DSpace 7. Temporarily, only admins can login. Submission of items and changes to existing items is prohibited until the completion of this upgrade process.
Stability investigation of non-linrst control systems by the second method of liapunov
An introduction to Liapunov's second method as it applies to autonomous non-linear control system stability with experimental verification is presented in this thesis. Main theorems and definitions of Liapunov's method are treated. Lur'e's method, Szego's method, the variable gradient method and the method of several non-linear elements are presented to generate suitable Liapunov functions for testing the stability of an autonomous non-linear control system, and several examples with experimental verifications are used to illustrate these procedures. The applications of Liapunov's second method to practical engineering problems are still applicable to only certain classes of systems due to the difficulties in generating Liapunov functions. If practical and more generally applicable engineering methods can be devised for generating Liapunov functions, the method may become one of the best tools available for the analysis and design of non-linear systems.
Table of Contents
List of figures -- Abstract -- Introduction -- Review of literature -- The general theory of the second method -- Method of generation liapunov functions for autonomous systems -- Experimental verification -- Conclusions -- Bibliography
Thesis (M.S.)-- Wichita State University, College of Engineering, Dept. of Electrical Engineering