Block Relative Gain (BRG) is a useful method for finding suitable pairings for block decentralized control. In this paper, we present some new algebraic properties of BRG and establish its relation with closed loop stability, controllability, block diagonal dominance and interactions. Contrary to published conjecture, we show that strongly interacting systems can have BRG that is nearly the identity matrix. Our results provide simple rules for pairing of variables. We also extend the known method for calculating RGA for interacting systems to BRG
Most of the available methods for selection of input-output pairings for decentralized control requi...
Caption title.Includes bibliographical references (p. 17).Research supported by IRAD funds from the ...
In this paper a new interaction measure for stable multivariablesystems is introduced.The interactio...
Block Relative Gain (BRG) is a useful method for screening alternatives for block decentralized cont...
A new procedure for analysis and selection of control structures is presented. In addition to the re...
The concept of generalized block diagonal dominance is used to extend a number of recently developed...
The concept of generalized block diagonal dominance is used to derive robust stability results for a...
The concept of generalized block diagonal dominance is used to derive robust stability results for a...
In this paper the concept of block diagonal dominance is used to generalize Rosenbrock's Nyquist arr...
In this paper a new input/output pairing strategy based on linear quadratic Gaussian control (LQG) i...
Decentralized controllers for a stable plant can be designed as if the plant were decoupled provided...
This project proposes a method for obtaining the variations in the Relative Gain Array (RGA) due to...
The requirement that the system and its block diagonal elements have the same unstable poles ...
An important aspect in the control of multivariable (MIMO) systems is the pairing of the input and o...
Based on small gain theorem, decentralized control of interconnected systems is studied. Linear matr...
Most of the available methods for selection of input-output pairings for decentralized control requi...
Caption title.Includes bibliographical references (p. 17).Research supported by IRAD funds from the ...
In this paper a new interaction measure for stable multivariablesystems is introduced.The interactio...
Block Relative Gain (BRG) is a useful method for screening alternatives for block decentralized cont...
A new procedure for analysis and selection of control structures is presented. In addition to the re...
The concept of generalized block diagonal dominance is used to extend a number of recently developed...
The concept of generalized block diagonal dominance is used to derive robust stability results for a...
The concept of generalized block diagonal dominance is used to derive robust stability results for a...
In this paper the concept of block diagonal dominance is used to generalize Rosenbrock's Nyquist arr...
In this paper a new input/output pairing strategy based on linear quadratic Gaussian control (LQG) i...
Decentralized controllers for a stable plant can be designed as if the plant were decoupled provided...
This project proposes a method for obtaining the variations in the Relative Gain Array (RGA) due to...
The requirement that the system and its block diagonal elements have the same unstable poles ...
An important aspect in the control of multivariable (MIMO) systems is the pairing of the input and o...
Based on small gain theorem, decentralized control of interconnected systems is studied. Linear matr...
Most of the available methods for selection of input-output pairings for decentralized control requi...
Caption title.Includes bibliographical references (p. 17).Research supported by IRAD funds from the ...
In this paper a new interaction measure for stable multivariablesystems is introduced.The interactio...