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An algorithm for improving the activities of customs authorities based on the use of
artificial intelligence technologies is considered. The issue of developing fundamentally new
approaches, technologies and means of customs operations through information systems and
information and communication technologies without the participation of customs officials, i.e. in
automatic mode. Based on the use of artificial intelligence technologies, automated mechanisms
and means of comparing the license plates of an international vehicle with the data specified in the
technical passports of vehicles during the customs control process have been developed. The
results of the analysis of the possibilities of artificial intelligence technologies in the practical
control of high-risk goods made it possible to identify areas of customs control where they can be
used.
 

  • Web Address
  • DOI
  • Date of creation in the UzSCI system 13-09-2023
  • Read count 109
  • Date of publication 11-09-2023
  • Main LanguageIngliz
  • Pages161-166
English

An algorithm for improving the activities of customs authorities based on the use of
artificial intelligence technologies is considered. The issue of developing fundamentally new
approaches, technologies and means of customs operations through information systems and
information and communication technologies without the participation of customs officials, i.e. in
automatic mode. Based on the use of artificial intelligence technologies, automated mechanisms
and means of comparing the license plates of an international vehicle with the data specified in the
technical passports of vehicles during the customs control process have been developed. The
results of the analysis of the possibilities of artificial intelligence technologies in the practical
control of high-risk goods made it possible to identify areas of customs control where they can be
used.
 

№ Author name position Name of organisation
1 Khamroev G.R. researcher TSTU
№ Name of reference
1 E.I. Andreeva. Development of methodology and improvement of the mechanism for managing the identification of goods for customs purposes: monograph. “RIO of the Russian Customs Academy”, 2016. 202.
2 A.E. Gorev. Information technologies in transport. “Yurayt Publishing House”, 2016. 271.
3 L.A. Filippova., E.N. Vasina., I.I. Nikitchenko., Y.I. Somov. Artificial intelligence technologies for customs control. “Bulletin of the Russian Customs Academy”, 2022. 91.
4 M.M. Shpachuk., E.I. Andreeva. Identification and classification of innovative goods for customs purposes. “Bulletin of the Russian Customs Academy”, 2021. 57.
5 E.I. Andreeva., D.L. Aleksandrov. Improving the control of the correctness of the classification of parts and accessories of goods for customs purposes. “Bulletin of the Russian Customs Academy”, 2018. 73.
6 D.B. Zhukov. Perspective technologies for customs operations. “Bulletin of the Russian Customs Academy”, 2022. 9.
7 V.Y. Skiba., K.E. Pozdnyakova. Modern automated information systems for performing customs operations without the participation of officials of customs authorities. “Bulletin of the Russian Customs Academy”, 2022. 19.
8 O.G. Starikova. Commodity nomenclature of foreign economic activity: a textbook for universities. “St. Petersburg: Intermedia”, 2015. 180
9 K.M. Karimkulov., U.R. Khamroev., G.R. Khamroev. Scientific basis for the classification of vehicles based on the foreign economic activity of the commodity nomenclature. “Universum: technical sciences: electron. scientific magazine”, URL: https://7universum.com/ru/tech/archive/item/13876. 2022. 99.
10 A.S. Abramov. Automation of temporary importation of vehicles as a tool for optimizing customs operations at checkpoints. “Bulletin of the Russian Customs Academy”, 2022. 30.
11 R.N. Kovalev., D.V. Demidov., S.N. Boyarsky. Logistics management of transport systems: a tutorial. Yekaterinburg: Ural. “State forest engineering”, 2008. 166.
12 Y.I. Somov., E.G. Bormotova. Methodical approaches to the application of artificial intelligence technologies in the activities of customs authorities. “Bulletin of the Russian Customs Academy”, 2022. 22.
13 P.N. Bashly., V.F. Verbov. Application of machine learning for automatic analysis of images of inspection and inspection complexes. “Bulletin of the Russian Customs Academy”, 2022. 123.
14 Müller. Characterization of spatial particle distributions in a spray-forming process using digital holography. “Measurement science and technology”, 2004. 706.
15 N.G. Lipatova. A comprehensive model for the use of mechanisms for automating customs operations // Bulletin of the Russian Customs Academy. No. 3, 2021. - PP.104-115
16 Gorev A.E. Freight road transportation // A.E. Gorev. - 5th ed., Rev. “Publishing Center Academy”, 2008. 288.
17 J.U. Sevinov., U.R. Khamroev., G.R. Khamroev. Methods of automatic identification of special vehicles. “Technical science and innovation”, Tashkent, 2022. 172
18 V.M. Vlasov. Information technologies in road transport // Vlasov V.M. [and etc.]; under total. “Nauka, 2006. 283
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