Over the past few decades, fuzzy systems have been widely used in several application
fields, thanks to their ability to model complex systems. The design of fuzzy systems has …

In this paper a granular approach for intelligent control using generalized type-2 fuzzy logic
is presented. Granularity is used to divide the design of the global controller into several …

This paper presents a proposed new approach for complex control combining several
simpler individual fuzzy controllers. This method is particularly useful when the case of study …

This paper presents a novel adaptive Gravitational Search Algorithm (GSA) for the optimal
tuning of fuzzy controlled servo systems characterized by second-order models with an …

Fuzzy Systems have shown their ability for solving a wide range of problems in different
application domains. Genetic Algorithms are applied to provide the learning and adaptation …

This paper presents the design of an optimized Interval Type 2 Fuzzy Proportional Derivative
Controller (IT2F‐PDC) in cascade form for Rotary Inverted Pendulum (RIP) system. The …

Control charts (CCs) are very effective tools to follow process variation and to improve
process quality. It is completely critical to increase the sensitiveness and flexibility of CCs to …

In this study, the main contribution is a new approach to control multivariable systems by
engaging an idea of hierarchical aggregation of multiple fuzzy controllers. A two-level …

In this paper a new model of a Multi-Objective Hierarchical Genetic Algorithm (MOHGA)
based on the Micro Genetic Algorithm (μGA) approach for Modular Neural Networks (MNNs) …

This chapter is dedicated to the method of the rule base (RB) automatic synthesis for the
fuzzy automatic control systems (FACS) of Mamdani-type with the determination of optimal …