This paper proposes an original Object Oriented architecture and an associated framework to set-up easily and safely control software. To improve the design process of such a software several propositions are given: a multi-application support, a layered model, a semantic variable abstraction, a synchronising mechanism and a factoring process. The example illustrates how the architecture can be used to build complex applications. A two tanks plant is simulated and a supervised controlled application illustrates a multi-worlds system with concurrent control and supervision algorithms
This paper reports the application of software engineering techniques to the analysis and design of ...
In the context of a trajectory for analysis and design of embedded control systems (ECS), the main f...
In an ever increasing number of environments, proprietary software and control platforms are failin...
Most industrial processes have several particular characteristics, system and performance requiremen...
This PROGRESS project (TES.5224) traces a design framework for implementing embedded real-time softw...
Complex control systems are heterogeneous, in the sense of discrete computer-based controllers inter...
A real time system consists of two parts, a physical system further dissecteable into physical subsy...
The object-oriented paradigm has been used extensively both in CASE tools for modeling and design of...
This paper proposes an architecture concept to the design of software, for embedded systems and coop...
Abstract – This paper proposes an architecture concept to the design of software, for embedded syste...
A standard demonstration problem in object-oriented programming is the design of an automobile cruis...
Abstract — The use of software-intensive solutions for industrial automation and control systems has...
In this thesis, we are concerned with the development of concurrent software for embedded systems. T...
This paper reports the application of software engineering techniques to the analysis and design of ...
Practical control systems generally are systems that consist of multiple control algorithms; so call...
This paper reports the application of software engineering techniques to the analysis and design of ...
In the context of a trajectory for analysis and design of embedded control systems (ECS), the main f...
In an ever increasing number of environments, proprietary software and control platforms are failin...
Most industrial processes have several particular characteristics, system and performance requiremen...
This PROGRESS project (TES.5224) traces a design framework for implementing embedded real-time softw...
Complex control systems are heterogeneous, in the sense of discrete computer-based controllers inter...
A real time system consists of two parts, a physical system further dissecteable into physical subsy...
The object-oriented paradigm has been used extensively both in CASE tools for modeling and design of...
This paper proposes an architecture concept to the design of software, for embedded systems and coop...
Abstract – This paper proposes an architecture concept to the design of software, for embedded syste...
A standard demonstration problem in object-oriented programming is the design of an automobile cruis...
Abstract — The use of software-intensive solutions for industrial automation and control systems has...
In this thesis, we are concerned with the development of concurrent software for embedded systems. T...
This paper reports the application of software engineering techniques to the analysis and design of ...
Practical control systems generally are systems that consist of multiple control algorithms; so call...
This paper reports the application of software engineering techniques to the analysis and design of ...
In the context of a trajectory for analysis and design of embedded control systems (ECS), the main f...
In an ever increasing number of environments, proprietary software and control platforms are failin...