This article investigates the local stabilization problem for the class of discrete‐time linear
parameter varying (LPV) systems subject to saturating actuators. The main contributions are …

In this paper, we address the control design of a class of constrained Takagi-Sugeno fuzzy
systems. These systems are subject to both control input and state constraints. Sufficient …

This paper deals with the stabilizability problem of liner parameter varying (LPV) systems. It
is assumed that LPV models affinely depend on time-varying uncertain and time-invariant …

In this paper, a fuzzy control issue of the nonlinear inverted pendulum system is discussed
via Sum-Of-Square (SOS) technology. For describing the system, a Parameter-Dependent …

This paper presents new convex conditions to design robust and linear parameter varying
(LPV) gains for continuous time‐varying systems subject to saturating actuator and energy …

This paper deals with the stability analysis problem of continuous linear parameter varying
(LPV) systems. The basic form of LPV systems are addressed in this paper and valuable …

Based on homogeneous polynomial parameter dependent Lyapunov function (HPPDLF)
theory and the algorithm that the nonlinear matrix differential equations converted into …

针对拦截弹参数时变和执行机构饱和非线性影响控制系统性能, 提出基于齐次多项式参数相关
Lyapunov 理论和非线性矩阵微分方程凸多面体转换算法相结合的鲁棒最优控制系统设计方案 …

The saturation of the actuator impairs the response performance of the near space
interceptor control system. A control system based on the properties of linear tracking system …

This paper focuses on the problem of designing a L 2, gain-scheduling state-feedback
guidance law with acceleration saturation based on linear matrix inequality (LMI) approach …