Add to ORKGIn this paper we formalize different methods for describing control knowledge in production systems by the concept of production system schemes. In this framework these methods are compared from the viewpoint of descriptional complexity giving us some insight by which means problems can be described in an easy and succinct way.
The paper is concerned with expert systems of production technological control. The aim is to develo...
Part 5: Variety and Complexity Management in the Era of Industry 4.0International audienceBoth exter...
Avail and/or Special Abstract. This paper describes a production system implementation of Bobrowrs S...
The concept of complexity has been intuitively understood by manufacturing system designers and plan...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1999.Includes...
AbstractFor the consolidation and improvement of a companies market position it is necessary to mast...
Evolvable Production Systems differ from Reconfigurable and Holonic Manufacturing Systems by implyin...
This paper revisits and extends the structural and dynamic complexity measures of manufacturing syst...
Production control and its characteristics can be seen as a key factor for handling enhancing dynami...
This study analyzes the most widewpread methodologies available in literature used to measure comple...
This paper addresses the general issue of manufacturing as a system-determined science. To adequatel...
A control structure for production systems derived from the control structure of a programmed gramma...
AbstractIn the globalized and interconnected market, demand fluctuation along with the requirements ...
AbstractWe discuss complexity measures which are obtained as norms of vectors whose components are n...
In an industrial context, the design of discrete control laws to drive a manufacturing system is usu...
The paper is concerned with expert systems of production technological control. The aim is to develo...
Part 5: Variety and Complexity Management in the Era of Industry 4.0International audienceBoth exter...
Avail and/or Special Abstract. This paper describes a production system implementation of Bobrowrs S...
The concept of complexity has been intuitively understood by manufacturing system designers and plan...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1999.Includes...
AbstractFor the consolidation and improvement of a companies market position it is necessary to mast...
Evolvable Production Systems differ from Reconfigurable and Holonic Manufacturing Systems by implyin...
This paper revisits and extends the structural and dynamic complexity measures of manufacturing syst...
Production control and its characteristics can be seen as a key factor for handling enhancing dynami...
This study analyzes the most widewpread methodologies available in literature used to measure comple...
This paper addresses the general issue of manufacturing as a system-determined science. To adequatel...
A control structure for production systems derived from the control structure of a programmed gramma...
AbstractIn the globalized and interconnected market, demand fluctuation along with the requirements ...
AbstractWe discuss complexity measures which are obtained as norms of vectors whose components are n...
In an industrial context, the design of discrete control laws to drive a manufacturing system is usu...
The paper is concerned with expert systems of production technological control. The aim is to develo...
Part 5: Variety and Complexity Management in the Era of Industry 4.0International audienceBoth exter...
Avail and/or Special Abstract. This paper describes a production system implementation of Bobrowrs S...