Robust ‐gain codesign of networked control systems

Abstract

Summary This paper examines the problem of codesigning a robust L2‐gain networked control system along with the network's properties such as sampling interval, service rate, and packet dropout. On the basis of the generalized integral inequality of Bessel‐Legendre inequality approach, sufficient conditions for the existence of a robust L2‐gain controller that incorporates the network's properties are derived and expressed in terms of linear matrix inequalities. Finally, two examples are used to illustrate the effectiveness of the proposed methodology.

Adaptive model for monitoring and control of dynamic IoT networks

“…Furthermore, none of those works incorporate properties of the network into the control system [Sun et al, 2018] [Casado-Vara et al, 2018c. The problem remains unresolved; the properties of IoT networks continue to affect system performance to a large degree.…”