2005Unpublished venueRequires access

On linear-quadratic optimal regulator for continuous-time descriptor system

Hua Xu, K. Mizukami

Open publisher page 9 citations

Abstract

An approach to dealing with the linear-quadratic optimal control problems for the continuous-time descriptor systems is proposed. A Riccati equation with a new form is established through the use of the necessary conditions for the optimal control. Unlike the existing approaches, transformation to the Riccati equation is made directly to find its solution. The sufficient conditions for the existence of the unique solution of the Riccati equation are found. The solution of the Riccati equation is then used in the construction of the optimal control strategies. It is believed that the full-order Riccati equation derived here may have some relation to the dynamic programming theory for the descriptor system.>

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What this paper is about

An approach to dealing with the linear-quadratic optimal control problems for the continuous-time descriptor systems is proposed. A Riccati equation with a new form is established through the use of the necessary conditions for the optimal control. Unlike the existing approaches, transformation to the Riccati equation is made directly to find its solution. The sufficient conditions for the existence of the unique solution of the Riccati equation are found. The solution of the Riccati equation is then used in the construction of the optimal control strategies. It is believed that the full-order Riccati equation derived here may have some relation to the dynamic programming theory for the descriptor system.>

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

An approach to dealing with the linear-quadratic optimal control problems for the continuous-time descriptor systems is proposed. A Riccati equation with a new form is established through the use of the necessary conditions for the optimal control. Unlike the existing approaches, transformation to the Riccati equation is made directly to find its solution. The sufficient conditions for the existence of the unique solution of the Riccati equation are found. The solution of the Riccati equation is then used in the construction of the optimal control strategies. It is believed that the full-order Riccati equation derived here may have some relation to the dynamic programming theory for the descriptor system.>

Key concepts: Riccati equation, Linear-quadratic regulator, Algebraic Riccati equation, Optimal control, Mathematics, Linear-quadratic-Gaussian control, Transformation (genetics), Quadratic equation

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