Delay-dependent admissibility and control of discrete-time switched singular systems with time-delay

Abstract

A fundamental, omnipresent feature of the global information age is that cyber-capabilities, e.g. computing, communication and control, are inherently embedded in numerous physical/engineered systems from the nano-world to largescale systems-of-systems. Many scientific/technological challenges require intensive multidisciplinary studies, calling for new formulations, techniques and innovative solutions from a spectrum of communities in systems engineering/control/communications. IJSCC offers a vibrant discussion forum in this interdisciplinary area, especially communication systems augmented by control techniques and control systems whose components are interconnected via communication networks. Contents: IJSCC publishes original papers, review papers, technical reports, book reviews, notes and commentaries. Special Issues devoted to important and timely topics in integrated control and communication systems will occasionally be published.

Asymptotic stability and stabilization of discrete‐time switched systems with time‐varying delay

“…Recently, many efforts have been made and many works have been done, by proposing several advanced techniques or by improving some existing results in the literature in order to study or to reduce the conservatism of different classes of switched systems. Either continuous case or discrete‐time case, are considered for whether switched linear systems without delay (SLs), for example, in References 18‐21, or switched linear systems with constant delay (SLTDs); see, for example, References 22‐28 or with time‐varying delay (SLTVDs); see References 4,7,9,23,29‐39. Specifically, stability and stabilization of such systems are studied.…”