Function Optimization Strategy of Rail Transit Signal and Control System for Fully Automatic Operation
Abstract
With the rapid development of rail transit system, automatic operation has become the development trend of modern urban rail
transit. In order to ensure the safety, efficiency and reliability of automatic operation, it is necessary to optimize the function of rail transit
signal and control system. This paper analyzes the importance of function optimization of rail transit signal and control system for fully
automatic operation, and puts forward specific optimization strategies from three aspects: system architecture optimization, redundant
backup mechanism and intelligent decision-making. The research shows that the safety, reliability and operational efficiency of the fully
automatic rail transit system can be significantly improved by adopting advanced technology means and innovative system design. The
research results of this paper have important reference value for promoting the technological progress and industrial development of rail
transit signal and control system.
transit. In order to ensure the safety, efficiency and reliability of automatic operation, it is necessary to optimize the function of rail transit
signal and control system. This paper analyzes the importance of function optimization of rail transit signal and control system for fully
automatic operation, and puts forward specific optimization strategies from three aspects: system architecture optimization, redundant
backup mechanism and intelligent decision-making. The research shows that the safety, reliability and operational efficiency of the fully
automatic rail transit system can be significantly improved by adopting advanced technology means and innovative system design. The
research results of this paper have important reference value for promoting the technological progress and industrial development of rail
transit signal and control system.
Keywords
Rail transit; Automatic operation; Signal and control system; Function optimization; Intelligent decision-making
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PDFReferences
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[2] Li Yuanjing. Technical analysis of the signal control system for rail transit [J]. Electronic Technology, 2024, 53 (09): 326-327.
[3] Wang Zhiyong. Application of communication technology in the signal control system of urban rail transit [J]. Integrated Circuit Applications, 2024, 41 (07): 382-383.
DOI: http://dx.doi.org/10.70711/frim.v3i9.7341
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