Abstract-This paper presents the principles of the knowledgedriven adaptive management in manufacturing. The problems of real-time resource allocation, reaction to the unexpected events, on-the-fly update of the knowledge stored in ontology are considered. The possibilities of simultaneous change of the existing factory or workshop processes and schedules according to the information provided by the users are described. Finally, the possible ways of development of the presented approach and its application in production resource management are considered
Smart manufacturing is characterized as transparent shop floor production, rapid and intelligent res...
Customers demand for high product customization and differentiation, and short product life-cycle. A...
The purpose of this paper is the need for self-sequencing operation plans in autonomous agents. Thes...
AbstractThe automotive industry is experiencing several limitations due to high mass customization o...
In this paper we consider the use of ontology as the basis for structuring and simplifying the proce...
The aim of the research paper is to develop algorithms for manufacturers’ agents that would allow th...
Scheduling can be defined as the allocation of resources over time to perform a collection of tasks....
AbstractInformation is one of the key enabler for transformability of factories. As factories have t...
Ontology-based technologies like Semantic Web and Knowledge Graphs are promising for knowledge manag...
To improve the decision support tools available to manufacturing engineers operating in less than ce...
This work examines the use of ontologies in knowledge management applications for technology intensi...
During the product lifecycle, a large amount of knowledge is generated and has to be stored and make...
Cyber-physical production systems provide a flexible and open mechanism for manufacturing process sc...
Based on a scientific literature review in the conceptual domain defined by smart manufacturing sche...
The importance of well-constructed and efficient information synchronisation is critical to the succ...
Smart manufacturing is characterized as transparent shop floor production, rapid and intelligent res...
Customers demand for high product customization and differentiation, and short product life-cycle. A...
The purpose of this paper is the need for self-sequencing operation plans in autonomous agents. Thes...
AbstractThe automotive industry is experiencing several limitations due to high mass customization o...
In this paper we consider the use of ontology as the basis for structuring and simplifying the proce...
The aim of the research paper is to develop algorithms for manufacturers’ agents that would allow th...
Scheduling can be defined as the allocation of resources over time to perform a collection of tasks....
AbstractInformation is one of the key enabler for transformability of factories. As factories have t...
Ontology-based technologies like Semantic Web and Knowledge Graphs are promising for knowledge manag...
To improve the decision support tools available to manufacturing engineers operating in less than ce...
This work examines the use of ontologies in knowledge management applications for technology intensi...
During the product lifecycle, a large amount of knowledge is generated and has to be stored and make...
Cyber-physical production systems provide a flexible and open mechanism for manufacturing process sc...
Based on a scientific literature review in the conceptual domain defined by smart manufacturing sche...
The importance of well-constructed and efficient information synchronisation is critical to the succ...
Smart manufacturing is characterized as transparent shop floor production, rapid and intelligent res...
Customers demand for high product customization and differentiation, and short product life-cycle. A...
The purpose of this paper is the need for self-sequencing operation plans in autonomous agents. Thes...