The need of efficient implementation, safety and perfor-mance requires early validation in the design of computer control systems. The detailed timing and reachability anal-ysis in the development process is particularly important if we design equipments or algorithms of high performance and availability. In this paper we present a case study re-lated to the early validation of control systems modeled by data flow networks. The model is validated indirectly as it is transformed to Petri nets in order to be able to utilize the tools available for Petri nets. 1
Driven by the demand for more functionality, the complexity involved in the design of embedded syste...
Real-time critical systems require extensive analysis. The potentially large damages caused by failu...
In this paper an embedded multiprocessor system on top of a network on chip is proposed which is ame...
Due to their distributed/parallel and data-driven nature, control systems can easily be modeled acco...
We present an approach to model dataflow architectures at a high level of abstraction using timed co...
This article deals with the validation of formal requirement specifications of real-time systems. Fo...
Abstract- Deterministic timed transitions are studied in this paper. A new method is developed for r...
In this paper a methodology to develop safety-critical control systems is proposed. These systems co...
Petri net based software validation to check the synchronization structure against some data or cont...
Abstract In this paper a methodology to develop safety-critical control systems is proposed. These s...
Petri Nets have been successfully used to model and evaluate the performance of distributed systems....
This paper addresses the interrelation between control and data flow in embedded system models throu...
Abstract. Time-Basic Petri nets, is a powerful formalism for model-ing real-time systems where time ...
Petri Nets are graphical and mathematical tool used in many different science domains. Their charact...
Lead times are key to good market positioning of providers of automated solutions based on a program...
Driven by the demand for more functionality, the complexity involved in the design of embedded syste...
Real-time critical systems require extensive analysis. The potentially large damages caused by failu...
In this paper an embedded multiprocessor system on top of a network on chip is proposed which is ame...
Due to their distributed/parallel and data-driven nature, control systems can easily be modeled acco...
We present an approach to model dataflow architectures at a high level of abstraction using timed co...
This article deals with the validation of formal requirement specifications of real-time systems. Fo...
Abstract- Deterministic timed transitions are studied in this paper. A new method is developed for r...
In this paper a methodology to develop safety-critical control systems is proposed. These systems co...
Petri net based software validation to check the synchronization structure against some data or cont...
Abstract In this paper a methodology to develop safety-critical control systems is proposed. These s...
Petri Nets have been successfully used to model and evaluate the performance of distributed systems....
This paper addresses the interrelation between control and data flow in embedded system models throu...
Abstract. Time-Basic Petri nets, is a powerful formalism for model-ing real-time systems where time ...
Petri Nets are graphical and mathematical tool used in many different science domains. Their charact...
Lead times are key to good market positioning of providers of automated solutions based on a program...
Driven by the demand for more functionality, the complexity involved in the design of embedded syste...
Real-time critical systems require extensive analysis. The potentially large damages caused by failu...
In this paper an embedded multiprocessor system on top of a network on chip is proposed which is ame...