In this paper a formal mapping between static information models and dynamic models is presented. The static information models are given according to an international standard for product, process and resource information exchange, (ISO 10303-214). The dynamic models are described as Discrete Event Systems. The product, process and resource information is automatically converted into product routes and used for simulation, controller synthesis and verification. A high level language, combining Petri nets and process algebra, is presented and used for speci- fication of desired routes. A main implication of the presented method is that it enables the reuse of process information when creating dynamic models for process control. This method ...
A major application of computers has been to control physical processes in which the computer is emb...
The process description languages are used in the business may be useful in the optimization of logi...
The development of manufacturing control systems is a complex and expensive task for which sophistic...
In this paper a formal mapping between static information models and dynamic models is presented. Th...
A formal mapping between static information models and dynamic models is presented. The static infor...
The aim of this paper is to show how the international standard STEP-AP214 can be used for communica...
In recent years growing demands on flexibility and ability to decrease time to market has made it in...
A modeling framework for general routing and resource booking problems is presented. The task is to ...
Part IV: ICT and Emerging Technologies in Production ManagementInternational audienceA method to mod...
A formal modeling technique, based on colored timed Petri net and UML static structure modeling lang...
In this paper specification of discrete event systems, more specifically flexible production systems...
Usually, in an industrial context, the design of discrete control laws to drive manufacturing system...
This work presents a modelling approach for nonlinear process plan (NLPP) implementation in discrete...
Well defined procedures to the construction of models are necessary in order to support the real app...
Because the growth of internet of things (IOT) technology, stakeholders who come from different rese...
A major application of computers has been to control physical processes in which the computer is emb...
The process description languages are used in the business may be useful in the optimization of logi...
The development of manufacturing control systems is a complex and expensive task for which sophistic...
In this paper a formal mapping between static information models and dynamic models is presented. Th...
A formal mapping between static information models and dynamic models is presented. The static infor...
The aim of this paper is to show how the international standard STEP-AP214 can be used for communica...
In recent years growing demands on flexibility and ability to decrease time to market has made it in...
A modeling framework for general routing and resource booking problems is presented. The task is to ...
Part IV: ICT and Emerging Technologies in Production ManagementInternational audienceA method to mod...
A formal modeling technique, based on colored timed Petri net and UML static structure modeling lang...
In this paper specification of discrete event systems, more specifically flexible production systems...
Usually, in an industrial context, the design of discrete control laws to drive manufacturing system...
This work presents a modelling approach for nonlinear process plan (NLPP) implementation in discrete...
Well defined procedures to the construction of models are necessary in order to support the real app...
Because the growth of internet of things (IOT) technology, stakeholders who come from different rese...
A major application of computers has been to control physical processes in which the computer is emb...
The process description languages are used in the business may be useful in the optimization of logi...
The development of manufacturing control systems is a complex and expensive task for which sophistic...