Grouping оf Complexes оf Multiphase Queuing Systems
DOI:
https://doi.org/10.14308/ite000052Keywords:
automatic grouping, complexes classification, composition graph, multiphase queuing systemAbstract
Issues of classification of the complexes of multiphase queuing system systems in correspondence with entrance-output correlations and automatic grouping of complexes by the analysis of the graph of final product composition is examined in this work.
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References
<uk>
1. APICS dictionary. Еdit. Cox J. F., etc. American Production and Inventory Control Society. 1992. –54 p.
2. Уайт О. У. Управление производством и материальными запасами в век ЭВМ. – М.: Прогресс. 1978. – C. 302.
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6. Wu H.-H.; Yeh M.-L., A DBR scheduling method for manufacturing environments with bottleneck re-entrant flows. International Journal of Production Research, Taylor and Francis Ltd. Volume 44, Number 5, Number 5/1 March 2006. – Р. 883-902.
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17. Новиков Ф. А. Дискретная математика для программистов. – Питер, 2000. – С. 192-208.
</uk>
<en>
1. APICS dictionary. Edit. Coh J. F., etc. American Production and Inventory Control Society. 1992. –54 p.
2. Uajt O. U. Upravlenije proizvodstvom i materijal'nymi zapasami v vek EVM. – M.: Progress. 1978. – C. 302.
3. SAP R/3 System. Function in detail. Material Management. Production Planning, SAP. 1994. //Upravlenije materjal'nymi potokami. Perevod na rus. jaz. 1996 g.
4. Chan F.T.S.1. Effect of kanban size on just-in-time manufacturing systems, Source: Journal of Materials Processing Technology. Volume 116. Number 2. Elsevier Science. 24 October 2001. – 146-160 p.
5. Chakravorty S. S., Atshaters, J. B. Bottleneck management: theory and practice. Production Planning and Control, Taylor and Francis Ltd. Volume 17, Number 5, July 2006. – R. 441-447.
6. Shu H.-H.; Jeh M.-L., A DBR scheduling method for manufacturing environments shith bottleneck re-entrant floshs. International Journal of Production Research, Taylor and Francis Ltd. Volume 44, Number 5, Number 5/1 March 2006. – R. 883-902.
7. Pegels C., Shatrous C. Application of the theory of constraints to a bottleneck operation in a manufacturing plant. Journal of Manufacturing Technology Management, Emerald Group Publishing Limited, Volume 16, Number 3, 2005, pp. 302-311(10)
8. Vyner N. Kybernetyka. – M., 1968. – 288 s.
9. Burkov V.N., Novikov D.A. Vvedenije v teoriju aktivnyh sistem. – M.: Sinteg, 1999. – 128 s.
10. Aoki N., Hiraide K. Topological Theory of Dynamical Systems. Amsterdam, Netherlands: North-Holland, 1994. – 424 p.
11. Ventcel' E. S., Issledovanie operacij. – M.: Sovetskoe radio, 1972. – 552 s.
12. Lukas V. A. Teorija avtomaticheskogo upravlenija. – M.: Nedra, 1990. – 416 s.
13. Organizacija, planirovanije i upravlenije predprijatijem mashynostroenija. – M.: Vysshaja shkola, 1979.
14. Kuprijanov E.M. Standartizacija i kachestvo promyshlennoj produkcii. – M.: Vysshaja shkola, 1985.
15. Organizacija, planirovanije i upravlenije predprijatijem radioelektronnoj apparatury. Pod red. I.E. Kuksina y S.V. Moiseeva. – M.: Mashinostroenije, 1979.
16. Dzhejms A. Universitet Juzhnoj Karoliny, Spartanburg. Moskva • Sankt-Peterburg • Kiev, 2004. – 252-264 ss.
17. Novikov F. A. Diskretnaja matematika dlja programmistov. – Piter, 2000. – S. 192-208.
</en>
1. APICS dictionary. Еdit. Cox J. F., etc. American Production and Inventory Control Society. 1992. –54 p.
2. Уайт О. У. Управление производством и материальными запасами в век ЭВМ. – М.: Прогресс. 1978. – C. 302.
3. SAP R/3 System. Function in detail. Material Management. Production Planning, SAP. 1994. //Управление материальными потоками. Перевод на рус. яз. 1996 г.
4. Chan F.T.S.1. Effect of kanban size on just-in-time manufacturing systems, Source: Journal of Materials Processing Technology. Volume 116. Number 2. Elsevier Science. 24 October 2001. – 146-160 p.
5. Chakravorty S. S., Atwaters, J. B. Bottleneck management: theory and practice. Production Planning and Control, Taylor and Francis Ltd. Volume 17, Number 5, July 2006. – Р. 441-447.
6. Wu H.-H.; Yeh M.-L., A DBR scheduling method for manufacturing environments with bottleneck re-entrant flows. International Journal of Production Research, Taylor and Francis Ltd. Volume 44, Number 5, Number 5/1 March 2006. – Р. 883-902.
7. Pegels C., Watrous C. Application of the theory of constraints to a bottleneck operation in a manufacturing plant. Journal of Manufacturing Technology Management, Emerald Group Publishing Limited, Volume 16, Number 3, 2005, pp. 302-311(10)
8. Винер Н. Кибернетика. – М., 1968. – 288 с.
9. Бурков В.Н., Новиков Д.А. Введение в теорию активных систем. – М.: Синтег, 1999. – 128с.
10. Aoki N., Hiraide K. Topological Theory of Dynamical Systems. Amsterdam, Netherlands: North-Holland, 1994. – 424 p.
11. Вентцель Е. С., Исследование операций. – М.: Советское радио, 1972. – 552 с.
12. Лукас В. А. Теория автоматического управления. – М.: Недра, 1990. – 416 с.
13. Организация, планирование и управление предприятием машиностроения. – М.: Высшая школа, 1979.
14. Куприянов Е.М. Стандартизация и качество промышленной продукции. – М.: Высшая школа, 1985.
15. Организация, планирование и управление предприятием радиоэлектронной аппаратуры. Под ред. И.Е. Куксина и С.В. Моисеева. – М.: Машиностроение, 1979.
16. Джеймс А. Университет Южной Каролины, Спартанбург. Москва • Санкт-Петербург • Киев, 2004. – 252-264 сс.
17. Новиков Ф. А. Дискретная математика для программистов. – Питер, 2000. – С. 192-208.
</uk>
<en>
1. APICS dictionary. Edit. Coh J. F., etc. American Production and Inventory Control Society. 1992. –54 p.
2. Uajt O. U. Upravlenije proizvodstvom i materijal'nymi zapasami v vek EVM. – M.: Progress. 1978. – C. 302.
3. SAP R/3 System. Function in detail. Material Management. Production Planning, SAP. 1994. //Upravlenije materjal'nymi potokami. Perevod na rus. jaz. 1996 g.
4. Chan F.T.S.1. Effect of kanban size on just-in-time manufacturing systems, Source: Journal of Materials Processing Technology. Volume 116. Number 2. Elsevier Science. 24 October 2001. – 146-160 p.
5. Chakravorty S. S., Atshaters, J. B. Bottleneck management: theory and practice. Production Planning and Control, Taylor and Francis Ltd. Volume 17, Number 5, July 2006. – R. 441-447.
6. Shu H.-H.; Jeh M.-L., A DBR scheduling method for manufacturing environments shith bottleneck re-entrant floshs. International Journal of Production Research, Taylor and Francis Ltd. Volume 44, Number 5, Number 5/1 March 2006. – R. 883-902.
7. Pegels C., Shatrous C. Application of the theory of constraints to a bottleneck operation in a manufacturing plant. Journal of Manufacturing Technology Management, Emerald Group Publishing Limited, Volume 16, Number 3, 2005, pp. 302-311(10)
8. Vyner N. Kybernetyka. – M., 1968. – 288 s.
9. Burkov V.N., Novikov D.A. Vvedenije v teoriju aktivnyh sistem. – M.: Sinteg, 1999. – 128 s.
10. Aoki N., Hiraide K. Topological Theory of Dynamical Systems. Amsterdam, Netherlands: North-Holland, 1994. – 424 p.
11. Ventcel' E. S., Issledovanie operacij. – M.: Sovetskoe radio, 1972. – 552 s.
12. Lukas V. A. Teorija avtomaticheskogo upravlenija. – M.: Nedra, 1990. – 416 s.
13. Organizacija, planirovanije i upravlenije predprijatijem mashynostroenija. – M.: Vysshaja shkola, 1979.
14. Kuprijanov E.M. Standartizacija i kachestvo promyshlennoj produkcii. – M.: Vysshaja shkola, 1985.
15. Organizacija, planirovanije i upravlenije predprijatijem radioelektronnoj apparatury. Pod red. I.E. Kuksina y S.V. Moiseeva. – M.: Mashinostroenije, 1979.
16. Dzhejms A. Universitet Juzhnoj Karoliny, Spartanburg. Moskva • Sankt-Peterburg • Kiev, 2004. – 252-264 ss.
17. Novikov F. A. Diskretnaja matematika dlja programmistov. – Piter, 2000. – S. 192-208.
</en>
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Published
09.12.2009
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Zholtkevych Г., Nazyrov З., & Ignatov . С. (2009). Grouping оf Complexes оf Multiphase Queuing Systems. Journal of Information Technologies in Education (ITE), (3), 044–056. https://doi.org/10.14308/ite000052
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