Stabilization of Industrial Networked Control System with Transient Parameters

Abstract

Network control systems, which integrate sensors, actuators, and controllers, have demonstrated a rapid development. The low maintenance, simplicity of installation, system cabling, and monitoring of Network Control Systems (NCS) make them useful in a variety of fields. A networked control systems (NCS) stability and transient performance must be maintained because adding uncertain parameters degrades system performance and makes it unstable. This paper thus examines the transient (Rise Time, Settling Time, Overshoot and Peak Time) analysis of NCS system performance under uncertain conditions, such as disturbance with the help of different compensator design. Experiments conducted in the MATLAB Simulink environment demonstrate the efficacy of the suggested methodology.