The production system of an enterprise is represented as the system with a large number of elements, which are the objects of one's labour. The distinctive numbers of the production system are introduced by means of statistical mechanics. This approach gives the possibility of qualitative estimation of production processes functioning, sound selection of the corresponding equations set of macroscopic parameters balances for a description of real production object. The estimation of the model selection should be interpreted as the qualitative one. The approach has the advantage of easy comparison of the results, corresponding to different microscopic model
Complex system dynamics, structure and behaviour performances call for a wide range of methods, algo...
To analyze the synchronization of machine-building production processes, a statistical approach is u...
The mathematical model of economic - industrial systems with mass production is constructed. The sta...
Abstract: The production system of an enterprise is represented as the system with a large...
The production system of an enterprise is represented as the system with a large number of elements,...
The production system of an enterprise is represented as the system with a large number of elements,...
The mathematical model of economical-manufacturing systems with mass production output was construct...
Modelling complex economic systems is an effective method of research. The widespread class is forme...
The application of the methods of Statistical Physics for its description is possible owing to the r...
Using a statistical approach, which is widespread in natural sciences, the model of production of th...
Using a statistical approach, widespread in natural sciences, a two-level model to control the param...
Using a statistical approach, widespread in natural sciences, a two-level model to control the param...
The article presents the comparative characteristic of models of industrial production lines operati...
The relevance of mathematical modelling lies in finding the correct quantitative characteristics (in...
The paper discusses methods of constructing the kinetic equation of the technology process. The arti...
Complex system dynamics, structure and behaviour performances call for a wide range of methods, algo...
To analyze the synchronization of machine-building production processes, a statistical approach is u...
The mathematical model of economic - industrial systems with mass production is constructed. The sta...
Abstract: The production system of an enterprise is represented as the system with a large...
The production system of an enterprise is represented as the system with a large number of elements,...
The production system of an enterprise is represented as the system with a large number of elements,...
The mathematical model of economical-manufacturing systems with mass production output was construct...
Modelling complex economic systems is an effective method of research. The widespread class is forme...
The application of the methods of Statistical Physics for its description is possible owing to the r...
Using a statistical approach, which is widespread in natural sciences, the model of production of th...
Using a statistical approach, widespread in natural sciences, a two-level model to control the param...
Using a statistical approach, widespread in natural sciences, a two-level model to control the param...
The article presents the comparative characteristic of models of industrial production lines operati...
The relevance of mathematical modelling lies in finding the correct quantitative characteristics (in...
The paper discusses methods of constructing the kinetic equation of the technology process. The arti...
Complex system dynamics, structure and behaviour performances call for a wide range of methods, algo...
To analyze the synchronization of machine-building production processes, a statistical approach is u...
The mathematical model of economic - industrial systems with mass production is constructed. The sta...