Application of fuzzy logic in aircraft antilock braking systems
Abstract
Fuzzy logic has been widely recognized in complex systems control. Aircraft antilock braking system (ABS) is a typical task for fuzzy logic combining a number of significant non-linearities with high order mathematical model of a controlled object. For classical synthesis methods it is difficult to design an ABS regulator which provides effective control in various braking conditions. This article discussed potentials of fuzzy logic in ABS regulator design and it proposes application of adaptive rule base to maintain high braking efficiency in different runway surface conditions.