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Development of machine interference system in industries

ПОДЕЛИТЬСЯ С ДРУЗЬЯМИ
Авторы


Russia, Ufa state aviation technical university
start.85@mail.ru

Аннотация

The aim of this work is to improve the control effectiveness of cell-type system due to solving the problem of optimal allocation of labor force. An optimality criterion was created as a result of this work. It allows to characterize the operation of the system and choose the best option of its organization which has maximized output. The main sections of the work: 1) The main directions of queuing theory in the analysis of production processes; 2) Optimality criterion in the production task of queuing; 3) Determination of the optimal number of operators in production units.

Ключевые слова

service system, input sours, input customer flow, queue, queuers(service lines), output customer flow, optimality criterion, seasonality factor, coefficient of loss of working places, average number of customer flows in a system, coefficient of finding working places outside the service system, the probability that all service machines are free.

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Rodina Veronika Igorevna
Development of machine interference system in industries// Современные технологии управления. ISSN 2226-9339. – #9 (33). Номер статьи: 3307. Дата публикации: . Режим доступа: https://sovman.ru/en/article/3307/

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Библиографический список

  1. Aldokhin I.P. Queuing theory in the industry [Teoriia massovogo obsluzhivaniia v promyshlennosti]. Moscow: Economics, 1970.207p.
  2. Komarov A.V. Determination of the optimal number of maintenance personnel at an engineering company [Opredelenie optimalnogo chisla remontnogo personala na mashinostroitelnom predpriiatii]. Izvestiya of the Tula State University.  “Technological systems engineering.” issue № 5.Tula: Tula State University, 2006. p. 140-149.
  3. Mitin V.M. Analysis and optimization of systems of multi  machine-tools service in  automated machinery production [Analiz i optimizatciia sistem mnogostanochnogo obsluzhivaniia v avtomatizirovannom mashinostroitelnom proizvodstve]. Ph.D. thesis in Engineering Science. Tula, 1997. 178p.