On the basis of the Passivity Theorem, this paper provides a new approach to stability analysis for multi-loop control systems. The destabilizing effect of interactions of a multi-input multi-output system is studied using the passivity index. The decentralized unconditional stability condition, which implies closed-loop stability of decentralized control systems under control loop failure, is derived. An easy-to-use stability test is performed on open-loop stable process transfer matrices, independent of controller designs
The robust control problem for nonlinear multi-unit chemical processes is addressed. The processes d...
In this paper, two interconnected structures are first discussed, under which some closed-loop subsy...
Interconnection and damping assignment passivitybasedcontrol is a technique that regulates the behav...
Decentralized integral control, such as multi-loop PI/PID control, is one of the most popular contro...
In this chapter, input-output stability analysis tools and output-feedback networked control design ...
Multi-loop integral control is still one of the most popular control strategies in industry due to i...
Passivity is an imperative concept and a widely utilized tool in the analysis and control of interco...
Decentralised configuration with integral control action is the most commonly used control strategy ...
In this paper, we present several new passivity-type criteria for the L2-stability and L2-instabilit...
Passivity theory has recently contributed to developing decentralized control schemes for large-scal...
This paper aims to analyse the system stability when decentralized adaptive controllers are applied ...
The question of the existence of decentralized controllers for open-loop stable multivariable system...
This paper analyzes stability properties of a decentralized MPC strategy. Assuming that control agen...
Passivity-based control (PBC) is a generic name given to a family of controller design techniques th...
[[abstract]]Concerns the problems of decentralized reliable control in linear time-invariant multiva...
The robust control problem for nonlinear multi-unit chemical processes is addressed. The processes d...
In this paper, two interconnected structures are first discussed, under which some closed-loop subsy...
Interconnection and damping assignment passivitybasedcontrol is a technique that regulates the behav...
Decentralized integral control, such as multi-loop PI/PID control, is one of the most popular contro...
In this chapter, input-output stability analysis tools and output-feedback networked control design ...
Multi-loop integral control is still one of the most popular control strategies in industry due to i...
Passivity is an imperative concept and a widely utilized tool in the analysis and control of interco...
Decentralised configuration with integral control action is the most commonly used control strategy ...
In this paper, we present several new passivity-type criteria for the L2-stability and L2-instabilit...
Passivity theory has recently contributed to developing decentralized control schemes for large-scal...
This paper aims to analyse the system stability when decentralized adaptive controllers are applied ...
The question of the existence of decentralized controllers for open-loop stable multivariable system...
This paper analyzes stability properties of a decentralized MPC strategy. Assuming that control agen...
Passivity-based control (PBC) is a generic name given to a family of controller design techniques th...
[[abstract]]Concerns the problems of decentralized reliable control in linear time-invariant multiva...
The robust control problem for nonlinear multi-unit chemical processes is addressed. The processes d...
In this paper, two interconnected structures are first discussed, under which some closed-loop subsy...
Interconnection and damping assignment passivitybasedcontrol is a technique that regulates the behav...