Big torque inputs in controls could increase energy consumption, and big estimated
perturbations in observers could produce device damages. Therefore, it would be interesting …

This study presents an intelligent controller for active mass driver (AMD) systems to
overcome adverse vibrations of buildings under external excitation. First, a basic pole …

This paper is concerned with the event-triggered control problem for Roesser model-based
two-dimensional (2D) Markov jump systems with multiple communication channels. In order …

In this paper, the security control problem for TS fuzzy systems is investigated through the
sliding mode control (SMC) strategy. Consider deception attacks occurring randomly, a multi …

This work investigates the probabilistic-constrained tracking control problem for TS fuzzy
systems under fading channels described by the memoryless multiplicative noise model …

El presente artículo expone el diseño de un efector robótico construido con sensórica
interna en material flexible. Basados en el agarre bioinspirado de objetos delgados …

This paper considers the asynchronous control for discrete-time Markov jump systems
(MJSs) using a multi-node round-robin protocol (MNRRP). Compared to the traditional …

This work investigates the consensus issue for nonlinear multi-agent systems (MASs) via the
multi-node round-robin protocol (MRRP) and sliding mode control (SMC) method. The …

This work investigates the sliding mode control (SMC) problem of TS fuzzy systems under
probabilistic saturation constraints, where the actuator input is permitted to exceed its pre …

This paper explores the sliding mode control (SMC) scheme for delayed Takagi-Sugeno
(TS) fuzzy systems under resource-constrained channels. In response to the issue of limited …