Improving the Reliability of Monitoring Methods for Railway Automation and Telemechanics Wayside Equipment through the Use of a Hybrid Network Based on GSM and CDMA

This article discusses methods for improving the maintenance process of railway automation and telemechanics wayside equipment by using a hybrid communication network based on GSM and CDMA standards. The study focuses on solving an important problem related to increasing the reliability of continuous maintenance of wayside equipment on the sections of Uzbekistan Railways. The proposed hybrid communication network helps to eliminate signal interruptions, coverage gaps, and transmission delays during data exchange. By combining the advantages of GSM and CDMA technologies, such as wide coverage, high resistance to interference, and strong data transmission capability, a stable and uninterrupted communication environment is achieved. The article also presents approaches aimed at improving the efficiency and reliability of technical maintenance through the practical use of these hybrid technologies.

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