85

Ushbu maqolada, temir yо‘l transporti faoliyati bilan shug‘ullanuvchi tadbirkorlik subyektlari tomonidan sodir etilish ehtimolligi mavjud bо‘lgan xavf darajalarini baholovchi mezonlar asosida olib borilgan huquqbuzarliklarning
monitoringi natijalaridan kelib chiqib aniqlangan ballar yig‘idisiga asosan inspeksiya tomonidan tekshiruvni tashabbus qilish muammosini hal qilish tartibi kо‘rib chiqilgan. Poyezdlar harakati xavfsizligini ta’minlash maqsadida ishlab
chiqilgan Temir yо‘l transporti infratuzilmalarining komissiyaviy oylik kо‘rigini tashkil etish va о‘tkazish tartibi tо‘g‘risidagi nizomda keltirilgan temir yо‘l transporti infratuzilmasining holatini kompleks baholash me’zonlarining
matematik modeli ehtimollar nazariyasi va normal taqsimot qonunlari asosida yaratilgan. Tadbirkorlik subyektlari huquqbuzarlik alomatlarining har bir ball oralig‘idagi sodir bо‘lish ehtimolliklarining ulushi, matematik kutilishi,
dispersiyasi va о‘rtacha kvadratik cheklanishlariga aniqlik kiritilgan.

  • Internet havola
  • DOI
  • UzSCI tizimida yaratilgan sana 07-05-2024
  • O'qishlar soni 85
  • Nashr sanasi 30-06-2023
  • Asosiy tilO'zbek
  • Sahifalar125-135
English

In this article, the procedure for solving the problem of introducing inspections by inspection based on the collection of points determined based on the results of monitoring of violations carried out on the basis of criteria that assess the risk levels at which there is a probability of committing by business entities engaged in railway transport activities is considered. The mathematical model of mesons for a comprehensive assessment of the state of railway transport infrastructure, presented in the regulation on the procedure for organizing and conducting a commission monthly examination of railway transport infrastructures developed in order to ensure the safety of train traffic, is created on the basis of probability theory and the laws of normal distribution. The percentage, mathematical expectation, variance and mean quadratic limitations of the probability of occurrence of the signs of an offense in each of the points intervals  are clarified.

Русский

В данной статье рассмотрен порядок решения проблемы инициирования проверок со стороны инспекции на основании совокупности баллов, проводимого на основании критериев оценки уровней риска, определяемых по результатам мониторинга вероятных правонарушений субъектами предпринимательства, осуществляющими деятельность на железнодорожном транспорте. Математическая модель критериев комплексной оценки состояния инфраструктуры железнодорожного транспорта, изложенная в Положении о порядке организации и проведения ежемесячных комиссионных осмотров инфраструктуры железнодорожного транспорта, разработана в целях обеспечения безопасности движения поездов, создана на основе теории вероятностей и законов нормального распределения. Уточнены доля, математическое ожидание, дисперсия и  среднеквадратические пределы вероятности возникновения признаков правонарушений субъектов предпринимательства в каждом диапазоне баллов.  

Ўзбек

Ushbu maqolada, temir yо‘l transporti faoliyati bilan shug‘ullanuvchi tadbirkorlik subyektlari tomonidan sodir etilish ehtimolligi mavjud bо‘lgan xavf darajalarini baholovchi mezonlar asosida olib borilgan huquqbuzarliklarning
monitoringi natijalaridan kelib chiqib aniqlangan ballar yig‘idisiga asosan inspeksiya tomonidan tekshiruvni tashabbus qilish muammosini hal qilish tartibi kо‘rib chiqilgan. Poyezdlar harakati xavfsizligini ta’minlash maqsadida ishlab
chiqilgan Temir yо‘l transporti infratuzilmalarining komissiyaviy oylik kо‘rigini tashkil etish va о‘tkazish tartibi tо‘g‘risidagi nizomda keltirilgan temir yо‘l transporti infratuzilmasining holatini kompleks baholash me’zonlarining
matematik modeli ehtimollar nazariyasi va normal taqsimot qonunlari asosida yaratilgan. Tadbirkorlik subyektlari huquqbuzarlik alomatlarining har bir ball oralig‘idagi sodir bо‘lish ehtimolliklarining ulushi, matematik kutilishi,
dispersiyasi va о‘rtacha kvadratik cheklanishlariga aniqlik kiritilgan.

№ Muallifning F.I.Sh. Lavozimi Tashkilot nomi
1 Khusenov U.. Assistent Tashkent State Transport University
2 Abdurakhmanov A.. Independent researcher Tashkent State Transport University
3 Abdurakhmanov K.A. Katta o'qituvchi Tashkent Railway Technical School
№ Havola nomi
1 1. Comprehensive program of development and modernization of the railway industry for 2009-2013. // Presentation, A.J. Ramatov, Tashkent, 2009. – 27 p.
2 2. Analysis of the state of traffic safety on the railways of the GAZHK “O‘zbekiston temir yo‘llari” for the period 2008-2014. Tashkent, 2015. – 234 p.
3 3. The law of the Republic of Uzbekistan “on Transport” dated August 9, 2021, OORQ-706.
4 4. Shi J., Li H. Optimization of the Shunting Operation Plan at Electric Multiple Units Depots //Journal of Advanced Transportation. – 2019. – Т. 2019. https://doi.org/10.1155/2019/9120239
5 5. Suyunbayev, S., Khusenov, U., Khudayberganov, S., Jumayev, S., & Kayumov, S. (2023, August). Improving use of shunting locomotives based on changes in infrastructure of railway station. In E3S Web of Conferences (Vol. 365, p. 05011).
6 6. Yusupov, A., Boltaev, S., Khudayberganov, S., & Toxtakxodjaeva, M. (2023). Improvement of accident prevention measures in cases of spontaneous derailment of railway rolling stock. In E3S Web of Conferences (Vol. 365, p. 05010). EDP Sciences.
7 7. S. Jumayev, S. Khudayberganov, O. Achilov, and M. Allamuratova, “Assessment criteria for optimization of parameters affecting to local wagon-flows at railway sites,” in E3S Web of Conferences, Jun. 2021, vol. 264, p. 05022, doi: 10.1051/e3sconf/202126405022.
8 8. Levin D. Y. Adaptation of local work organization to modern conditions, VNIIZHT Scientific Journal, №1, рр. 18-26,(2018), (https://doi.org/10.21780/2223-9731-2018-77-1-18-26).
9 9. Zamyshlyaev A.M. Improving traffic safety based on a comprehensive assessment of the state of the railway station infrastructure: abstract. dis. ... candidate of Technical Sciences. – Moscow.: MNIT, 2005. – 24 p.
10 10. Plekhanov P. A. (2020). Ensuring comprehensive safety in railway transport in the context of strategic development. Izvestia of the St. Petersburg University of Railways, 17 (4), 552-565
11 11. Butunov D., Abdukodirov S., Khusenov U., & Buriyev Sh. (2021). Methods of improving technological practices of processing of combined trains at intermediate stations. The Scientific Heritage, (67-1), 39-43. doi: 10.24412/9215-0365-2021-67-1-39-43.
12 12. Е.U. Soatov. Higher mathematics Volume 3: textbook. - Tashkent: Uzbekistan publishing house, 1996. – 620 p.
13 13. Ertaevna, B. S., Malgaghdarovna, I. B., Zhaksybaeva, A. Z., & Mansuraliyevich, S. S. (2020). Introduction of a single intellectual management system and automation of production processes on railway transport. Journal of Advanced Research in Dynamical and Control Systems,
14 14. Suyunbayev Sh.M. Perspective device for automatic uncoupling of cars on a sorting hump / Railway transport: topical issues and innovations. – Тashkent: ТSTU, 2022. – №2. – P.148-159
15 15. Abdukodirov Sardor, Dilmurod Butunov, Mafratkhon Tukhakhodjaeva, Shukhrat Buriev, Utkir Khusenov. (2021). Administration of Technological Procedures at Intermediate Stations. Design Engineering, 14531-14540. Retrieved from.
16 16. Transport marketing: Textbook [Text] / V.G. Galaburda, G.V. Bubnova, G.V., E.A. Ivanova, etc. // Edited by V.G. Galaburda. – M.: FGOU “Educational and Methodological center for education in railway transport”, 2011. – 452 p.
17 17. Sokolov, Yu.I. Economics of the quality of transport services for cargo owners: monograph [Text] / Yu.I. Sokolov. - M.: FGOU “Educational and Methodological center for education in railway transport”, 2011. – 184 p.
18 18. R Ziyoda , M. ., & Diyor , B. . (2022). Study of improvement of modern transportation system in the process of delivery of goods. Railway transport: topical issues and innovations, 3(1), 15–24. retrieved from http://transportjournals.com/index.php/InnoTrans/article/view/11
19 19. Qobulov, J., & Barotov , J. (2022). IMPROVEMENT OF CUSTOMER SERVICE TECHNOLOGY IN REILWAY TRANSPORT. Railway Transport: Actual Tasks and Innovations, 1(1-2), 41–46. Retrieved from https://transportjournals.com/index.php/InnoTrans/article/view/9
20 20. Kraskovsky, A.E., Rogoza, D.I., & Plekhanov, P.A. (2011). Comprehensive assessment of traffic safety risks. Izvestia of the St. Petersburg University of Railways, (1), 54-65.
Kutilmoqda