The lateral stability is critically important especially when the vehicle is steered at a high
longitudinal speed. Loss of lateral stability would lead to severe accidents. Therefore, the …

This paper studies the order-reduction method for robust distributed control of multi-
spacecraft formation problems considering external disturbance and time-varying delays …

This article is concerned with the robust cooperative optimal control of nonlinear multiagent
systems (MASs) with external disturbances and modeling uncertainties. Using the super …

Unmanned special vehicles (USVs) that adopt the automatic control method to achieve
acceleration, deceleration and steering put forward higher requirements for lateral stability …

This paper tackles the problem of finite frequency filtering design for polytopic uncertain
discrete-time systems using past output measurements. The noise is assumed to be …

This paper proposes a novel procedure for discretizing uncertain time-invariant continuous-
time linear systems in polytopic domains. The approach is based on multistep method theory …

This paper studies the problem of H∞ filter analysis and design for discrete-time Takagi–
Sugeno (TS) fuzzy systems, in a finite frequency (FF) domain. Based on a fuzzy basis …

This paper investigates the multiple frequency performance of Markov jump linear systems
(MJLSs) in a given time interval and different frequency ranges. To improve the transient …

This paper deals with the problem of finite frequency full‐order filter design for discrete‐time
and continuous‐time linear systems, with polytopic uncertainties. Based on the generalized …

This paper deals with H_ ∞ H∞ filtering problem of linear discrete-time uncertain systems
with finite frequency input signals. The uncertain parameters are supposed to reside in a …