2012Unpublished venueRequires access

Predictive controller design for networked systems

Anand Singh

Open publisher page 1 citations

Abstract

This thesis considered the analysis and design of networked control systems with the communication delay and data loss, which are responsible for degradation of the control performance. Predictive control strategy is applied to compensate the communication delay and data loss in the NCS. The stability and the system performance of the close-loop networked control system are analyzed. Also, this control strategy is applied to a DC servo control system with communication delay and data packet loss. The stability of the closed-loop networked predictive control system has been analyzed and the comparison with other existing networked control methods like H_∞ control [20] , Networked predictive control for random network delays in both forward and feedback channels [21] and Model-based control [22].

About this research paper

What this paper is about

This thesis considered the analysis and design of networked control systems with the communication delay and data loss, which are responsible for degradation of the control performance. Predictive control strategy is applied to compensate the communication delay and data loss in the NCS. The stability and the system performance of the close-loop networked control system are analyzed. Also, this control strategy is applied to a DC servo control system with communication delay and data packet loss. The stability of the closed-loop networked predictive control system has been analyzed and the comparison with other existing networked control methods like H_∞ control [20] , Networked predictive control for random network delays in both forward and feedback channels [21] and Model-based control [22].

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Available abstract

This thesis considered the analysis and design of networked control systems with the communication delay and data loss, which are responsible for degradation of the control performance. Predictive control strategy is applied to compensate the communication delay and data loss in the NCS. The stability and the system performance of the close-loop networked control system are analyzed. Also, this control strategy is applied to a DC servo control system with communication delay and data packet loss. The stability of the closed-loop networked predictive control system has been analyzed and the comparison with other existing networked control methods like H_∞ control [20] , Networked predictive control for random network delays in both forward and feedback channels [21] and Model-based control [22].

Key concepts: Networked control system, Model predictive control, Packet loss, Control system, Control theory (sociology), Control engineering, Network packet, Stability (learning theory)

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