Complex automated transportation management system for railway transport in the Republic of Uzbekistan

Abstract

This paper presents the concept of a complex automated transportation management system (CATMS) for the railway sector of the Republic of Uzbekistan. The proposed structure comprises six interrelated subsystems that support real-time planning, management, and monitoring of transportation operations. At the core of the architecture lies an intelligent control module utilizing digital twins and artificial intelligence technologies to optimize routing, resource allocation, and scheduling. The article highlights the importance of full integration across all operational levels — from stations to control centers. Key subsystem interactions and system advantages are discussed. The proposed model aims to improve the efficiency, transparency, and safety of railway transportation.