fuzzy control systems have had various applications in a wide range of science and engineering in recent years. since an unstable control system is typically useless and potentially dangerous, stability is the most important requirement for any control system (including fuzzy control system). conceptually, there are two types of stability for control systems: lyapunov stability (a special case ...

Robust control systems may successfully be designed by ~'=-optimization, in particular, by reformulating the design problem as a mixed sensitivity problem. Abstract-The paper presents a tutorial exposition of ~=-optimal regulation theory, emphasizing the relevance of the mixed sensitivity problem for robust control system design.

This paper presents a framework to plan organizational incentives for aligning usage behavior with organizational objectives across various IT adoption stages. Our framework is motivated by the introduction of incentive alignment as another dimension in Information Systems design (Ba et al., 2001) and is based on technology diffusion models presented in the literature. We focus in particular on...

Multiagent control system (MACS) has become a promising solution for solving complex problems. Using the advantages of MACS-based design approaches, novel advanced mechatronic systems been developed in this paper. The study aimed at integrating learning into MACS. Specifically, feedforward (LFFC) is implemented as pattern incorporation major novelty work that feedback part realized real-time pe...

in this paper, the optimal boundary control problem for distributed parabolic systems, involving second orderoperator with an infinite number of variables, in which constant lags appear in the integral form both in the state equations and in the boundary condition is considered. some specific properties of the optimal control arediscussed.