本文讨论了一类奇异Markov跳变正系统的稳定性。所讨论的系统带有多重时滞。借助Lyapnov函数,本文给出了一些充分条件,这些充分条件保证所讨论的系统是正系统。另外,给出的充分条件也保证所讨论的系统是正则、无脉冲和随机稳定的。This ...本文讨论了一类奇异Markov跳变正系统的稳定性。所讨论的系统带有多重时滞。借助Lyapnov函数,本文给出了一些充分条件,这些充分条件保证所讨论的系统是正系统。另外,给出的充分条件也保证所讨论的系统是正则、无脉冲和随机稳定的。This paper discusses the stability of a class of positive singular Markov jump systems. The systems considered in this paper have multiple time delays. By employing the Lyapunov function, this paper gives some sufficient conditions. These sufficient conditions ensure that the considered systems are positive. In addition, the given sufficient conditions also ensure that the investigated systems are regular, impulse-free, and stochastically stable.展开更多
In this paper, we study the robust control for uncertain Markov jump linear singularly perturbed systems (MJLSPS), whose transition probability matrix is unknown. An improved heuristic algorithm is proposed to solve t...In this paper, we study the robust control for uncertain Markov jump linear singularly perturbed systems (MJLSPS), whose transition probability matrix is unknown. An improved heuristic algorithm is proposed to solve the nonlinear matrix inequalities. The results of this paper can apply not only to standard, but also to nonstandard MJLSPS. Moreover, the proposed approach is independent of the perturbation parameter and therefore avoids the ill-conditioned numerical problems.展开更多
文摘本文讨论了一类奇异Markov跳变正系统的稳定性。所讨论的系统带有多重时滞。借助Lyapnov函数,本文给出了一些充分条件,这些充分条件保证所讨论的系统是正系统。另外,给出的充分条件也保证所讨论的系统是正则、无脉冲和随机稳定的。This paper discusses the stability of a class of positive singular Markov jump systems. The systems considered in this paper have multiple time delays. By employing the Lyapunov function, this paper gives some sufficient conditions. These sufficient conditions ensure that the considered systems are positive. In addition, the given sufficient conditions also ensure that the investigated systems are regular, impulse-free, and stochastically stable.
基金National Excellent Doctoral Dissertation Foundation of P.R.China,National Natural Key Project for Basic Research of P.R.China,国家自然科学基金,清华大学校科研和教改项目
文摘In this paper, we study the robust control for uncertain Markov jump linear singularly perturbed systems (MJLSPS), whose transition probability matrix is unknown. An improved heuristic algorithm is proposed to solve the nonlinear matrix inequalities. The results of this paper can apply not only to standard, but also to nonstandard MJLSPS. Moreover, the proposed approach is independent of the perturbation parameter and therefore avoids the ill-conditioned numerical problems.