Robust Control, Optimization, and Applications to Markovian Jumping Systems
Shuping He, Zheng‐Guang Wu, Hao Yang Shen, Yanyan Yin, Quanxin Zhu · Abstract and Applied Analysis · 2014
Markovian jumping systems have arisen naturally in the mathematical modeling of phenomena spanning disciplines in the social sciences, natural sciences, and engineering.This kind of stochastic dynamical systems can be employed to model the dynamics when parameters are subject to random abrupt changes due to sudden environment changes, subsystem switching, system noises, executor faults, and so forth.Much attention has been given to modeling, optimization, and real applications of such stochastic dynamical systems in the literature in recent years.As the advanced control and optimization will provide a basis for the design and application of such stochastic systems, these advanced techniques would result in substantial and sustainable benefits.The accepted papers in this special issue include stochastic stability, stabilization, stochastic control optimization, system modeling and identification methods, predictive control, signal processing, robust filtering, multiagent systems, networked control systems, time-delayed systems, neural networks, the Takagi-Sugeno fuzzy systems, simulated annealing, and fault detection methods.We have accepted thirty-six papers in this special issue.In the published papers, eight consider the stability and stabilization problems of stochastic systems.There are fourteen papers which discuss the problems of the controller design and relevant optimization algorithms.Six articles study the system modeling and identification methods.One