Genetic design of unconstrained digital PID controllers
Authors:
- D.L. HicksDHD.L. Hicks
Open Access
- 1 January 1995
- conference paper
- Published by Institute of Electrical and Electronics Engineers (IEEE)
- Vol. 1, 478-485
Abstract
In previous genetic design procedures, the equations for the digital PID controllers were incorporated into the genetic algorithm in order to obtain optimally tuned values of various controller parameters for finite sampling frequencies. The performance of PID controllers constrained by such design equations may be sub-optimal and so this paper illustrates the use of genetic algorithms in selecting controller matrices for PID controllers without using controller design equations. This unconstrained genetic design methodology is illustrated in this paper by the design of model-following flight-control systems for the F-16 aircraft.published_or_final_versioKeywords
This publication has 4 references indexed in Scilit:
- Genetic slow-mode/fast-mode optimisation of digital PID controllers1995
- Design of adaptive digital model-following flight-mode control systems for high-performance aircraft1989
- Design of digital model-following flight-mode control systems for high-performance aircraft1988
- Multivariable control laws for the AFTI/F-161984