In this paper we formulate a general framework based on the behavioral approach to dynamical systems, in which various issues regarding interconnection of systems can be addressed. The main part of the framework is that interconnections or compositions of systems can be modelled with interconnection of behaviors and generalized projection operations. Control problems such as supervisory control problem or feedback control problem can be expressed in terms of behavioral interconnection, and therefore can be put into this framework. In the paper we discuss some variants of control problems and provide solutions to them
The purpose of this paper is to study interconnections and control of dynamical systems in a behavio...
Models of complex dynamical systems are often built by connecting submodels of smaller parts. The ke...
The purpose of this paper is to provide an informal introduction to the behavioural approach to syst...
In this paper we formulate a general framework based on the behavioral approach to dynamical systems...
In this paper we formulate a general framework based on the behavioral approach to dynamical systems...
In this paper we formulate a general framework based on the behavioral approach to dynamical systems...
The behavioral approach provides a mathematical framework for modeling, analysis, and synthesis of d...
In this chapter, we study control by interconnection of a given linear differential system (the plan...
Important control theoretic notions like stability, stabilizability and interconnectability of dynam...
In this thesis a unified systems theoretic framework for modeling and analysis of dynamical systems ...
The behavioral approach provides a mathematical language for the modelling of systems, particularly ...
This contribution presents some ideas on the synthesis of hierarchical control systems. Hierarchical...
discrete approximation, supervisory control. This contribution investigates the discrete control of ...
One of the main features of the behavioral approach as a foundation framework for the theory of dyna...
Models of complex dynamical systems are often built by connecting submodels of smaller parts. The ke...
The purpose of this paper is to study interconnections and control of dynamical systems in a behavio...
Models of complex dynamical systems are often built by connecting submodels of smaller parts. The ke...
The purpose of this paper is to provide an informal introduction to the behavioural approach to syst...
In this paper we formulate a general framework based on the behavioral approach to dynamical systems...
In this paper we formulate a general framework based on the behavioral approach to dynamical systems...
In this paper we formulate a general framework based on the behavioral approach to dynamical systems...
The behavioral approach provides a mathematical framework for modeling, analysis, and synthesis of d...
In this chapter, we study control by interconnection of a given linear differential system (the plan...
Important control theoretic notions like stability, stabilizability and interconnectability of dynam...
In this thesis a unified systems theoretic framework for modeling and analysis of dynamical systems ...
The behavioral approach provides a mathematical language for the modelling of systems, particularly ...
This contribution presents some ideas on the synthesis of hierarchical control systems. Hierarchical...
discrete approximation, supervisory control. This contribution investigates the discrete control of ...
One of the main features of the behavioral approach as a foundation framework for the theory of dyna...
Models of complex dynamical systems are often built by connecting submodels of smaller parts. The ke...
The purpose of this paper is to study interconnections and control of dynamical systems in a behavio...
Models of complex dynamical systems are often built by connecting submodels of smaller parts. The ke...
The purpose of this paper is to provide an informal introduction to the behavioural approach to syst...