2015Control theory & applicationsRequires access

Comparison of LQG Controller with Reliable H Infinity Controller Designed for TRMS

Vidya S. Rao, V I George, Surekha R Kamath, Shreesha Chokkadi

Open publisher page 4 citations

Abstract

In this paper LQG controller for TRMS without and with sensor, actuator failure is designed. Implementation of LQG controller for TRMS is done under no failure of sensor, actuator. TRMS output with LQG controller and reliable H infinity controller are compared without and with sensor, actuator failure. The objective of the proposed technique is to prove the H infinity controller is reliable over LQG controller for TRMS with sensor, actuator failure which is validated

About this research paper

What this paper is about

In this paper LQG controller for TRMS without and with sensor, actuator failure is designed. Implementation of LQG controller for TRMS is done under no failure of sensor, actuator. TRMS output with LQG controller and reliable H infinity controller are compared without and with sensor, actuator failure. The objective of the proposed technique is to prove the H infinity controller is reliable over LQG controller for TRMS with sensor, actuator failure which is validated

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Available abstract

In this paper LQG controller for TRMS without and with sensor, actuator failure is designed. Implementation of LQG controller for TRMS is done under no failure of sensor, actuator. TRMS output with LQG controller and reliable H infinity controller are compared without and with sensor, actuator failure. The objective of the proposed technique is to prove the H infinity controller is reliable over LQG controller for TRMS with sensor, actuator failure which is validated

Key concepts: Linear-quadratic-Gaussian control, Optimal projection equations, Control theory (sociology), Actuator, Controller (irrigation), Engineering, Control engineering, Open-loop controller

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