This paper introduces a configuration framework for automatic configuration of production systems. The proposed framework consists of three key aspects; 1) functional configuration, 2) interface configuration and 3) behavioral configuration, that together offers the ability to automatically identify production resources, and aggregate them to form a production system. The main focus of this work is to model functional capabilities to facilitate automatic suggestion of part feeding resources, and exemplifies different approaches to model part feeding capabilities.Peer reviewe
Production systems become more and more flexible and provide an increasing number of possible config...
Today’s production systems have to cope with volatile production environments characterized by frequ...
The definition of the content of a product platform highly affects the possibility to engineer and p...
Rapid responsiveness in terms of processing functions, production capacity and order dispatching is ...
In this paper the fundamentals of product configuration methods, technologies and systems in the pro...
Today’s production environment is characterised by frequent changes in terms of high product variati...
The design of an automation work system involves important choices concerning the type of system pro...
This paper presents a proposed structured model to capture user requirements for reconfiguring flexi...
Models of manufacturing flexibility have become centred on highly automated systems. These fail to a...
To satisfy customer needs a product family has to offer distinctive features while the production st...
The requirements for production systems are moving towards higher flexibility, adaptability and reac...
A Software Product Line is a family of software systems in a domain, which share some common feature...
To compete, manufacturing companies need production systems that quickly can respond to changes. To ...
International audienceIn order to develop mass customization, many companies use configuration softw...
The future of manufacturing in high-cost economies is to maximise responsiveness to change whilst si...
Production systems become more and more flexible and provide an increasing number of possible config...
Today’s production systems have to cope with volatile production environments characterized by frequ...
The definition of the content of a product platform highly affects the possibility to engineer and p...
Rapid responsiveness in terms of processing functions, production capacity and order dispatching is ...
In this paper the fundamentals of product configuration methods, technologies and systems in the pro...
Today’s production environment is characterised by frequent changes in terms of high product variati...
The design of an automation work system involves important choices concerning the type of system pro...
This paper presents a proposed structured model to capture user requirements for reconfiguring flexi...
Models of manufacturing flexibility have become centred on highly automated systems. These fail to a...
To satisfy customer needs a product family has to offer distinctive features while the production st...
The requirements for production systems are moving towards higher flexibility, adaptability and reac...
A Software Product Line is a family of software systems in a domain, which share some common feature...
To compete, manufacturing companies need production systems that quickly can respond to changes. To ...
International audienceIn order to develop mass customization, many companies use configuration softw...
The future of manufacturing in high-cost economies is to maximise responsiveness to change whilst si...
Production systems become more and more flexible and provide an increasing number of possible config...
Today’s production systems have to cope with volatile production environments characterized by frequ...
The definition of the content of a product platform highly affects the possibility to engineer and p...