DEVELOPMENT OF METHODS AND PROGRAMME MEANS OF SYNTHESIS OF DYNAMIC STRUCTURE OF PROBABILISTIC TECHNOLOGICAL SYSTEMS
Sphere of application, function
Sphere of application: transport organizations of Gomel region and Belarusian railway. The application results in reduction of cost on yard operation at sorting stations. Also the economic effect in the process of preparation of regulatory documents for car detention at the railway stations of different types is observed.
Methods of analysis and methodology of software use for the synthesis of dynamic structure of probabilistic technological systems were developed.
Scientific originality of methods and methodology is reflected in the management of correlation between processing technology and elements structure of incoming transport flow under the high level of detailization of technological operations.
Relevance of the presented work is determined by the capacity of its industrial exploitation at the strategically significant object of Republic of Belarus – Belarusian railway and other transport organizations of Gomel region.
Advantages over analogues
New approach (represents the problem solving of synthesis of optimal structure of probabilistic technological process in accordance with the chosen criteria of evaluation of technological operations quality) is used in the development.
Principal technical and economical index
In the process of realization of methods of analysis and synthesis such phenomenon as elements determination can be observed. These elements restrict railway capacity and railway estimated capacity, as well as forecast and regulate index of station performance with changes in structure of technological process (the logistical characteristics of car traffic volume are taken into consideration).
The offered method of formalization, as well as methods, mathematical models and algorithms of functioning of technological systems give an opportunity to develop experimental software template and technology of its use with the realization of new technical solutions for the optimization of production management cycle (operating conditions of production systems are taken into consideration).
Suggested forms of cooperation
Potential conclusion of agreements aiming at development of software and assistance in the process of its implementation.
Victor S. Smorodin,
head of Chair of Mathematical issues of management and informatics,
professor, doctor of technical sciences