Part 1: Design and Deployment of Assembly SystemsInternational audienceThis paper introduces the Resource Interface ontology intended to formally capture hardware interface information of production resources. It also proposes an interface matchmaking method, which uses this information to judge if two resources can be physically connected with each other. The matchmaking method works on two levels of detail, coarse and fine. The proposed Resource Interface ontology and matchmaking method can be utilised during production system design or reconfiguration by system integrators or end users. They will benefit from fast and automatic resource searches over large resource catalogues. In the end of the paper, a validation of the method is provid...
Traditionally, the production system design and reconfiguration planning are manual processes, which...
Reconfiguration is critical to meet the current demands of manufacturing and production systems. Rap...
This paper focuses on the physical resource coordination problem for reconfigurable manufacturing sy...
This paper introduces the Resource Interface ontology intended to formally capture hardware interfac...
Manufacturing companies operate in volatile environment, where agility and responsiveness to change ...
This paper presents a case study for capability matchmaking method and specifically focuses on inter...
Part 5: Ontologies for InteroperabilityInternational audienceIndustrial ontologies can support the P...
To survive in dynamic markets and meet the changing requirements, manufacturing companies must rapid...
International audienceResource management is at the core of different manufacturing tasks, which nee...
Capability-based matchmaking aims to support rapid design and reconfiguration of modular plug-and-pr...
International audienceStandards and ontologies for manufacturing differently understand resources. B...
The role of information and communication technologies (ICTs) is crucial for future manufacturing or...
Today’s highly volatile production environments call for adaptive and rapidly responding production ...
Smart manufacturing calls for rapidly responding production systems which help the manufacturing com...
This paper proposes an ontology for resource representation driven by the concepts of functionality ...
Traditionally, the production system design and reconfiguration planning are manual processes, which...
Reconfiguration is critical to meet the current demands of manufacturing and production systems. Rap...
This paper focuses on the physical resource coordination problem for reconfigurable manufacturing sy...
This paper introduces the Resource Interface ontology intended to formally capture hardware interfac...
Manufacturing companies operate in volatile environment, where agility and responsiveness to change ...
This paper presents a case study for capability matchmaking method and specifically focuses on inter...
Part 5: Ontologies for InteroperabilityInternational audienceIndustrial ontologies can support the P...
To survive in dynamic markets and meet the changing requirements, manufacturing companies must rapid...
International audienceResource management is at the core of different manufacturing tasks, which nee...
Capability-based matchmaking aims to support rapid design and reconfiguration of modular plug-and-pr...
International audienceStandards and ontologies for manufacturing differently understand resources. B...
The role of information and communication technologies (ICTs) is crucial for future manufacturing or...
Today’s highly volatile production environments call for adaptive and rapidly responding production ...
Smart manufacturing calls for rapidly responding production systems which help the manufacturing com...
This paper proposes an ontology for resource representation driven by the concepts of functionality ...
Traditionally, the production system design and reconfiguration planning are manual processes, which...
Reconfiguration is critical to meet the current demands of manufacturing and production systems. Rap...
This paper focuses on the physical resource coordination problem for reconfigurable manufacturing sy...