Energy-efficient algorithms for assessment of the rail-circuit operation
P. F. Bestem’yanov
Abstract
P. F. Bestem’yanov
Abstract
The voltage in a rail circuit is determined for reliable detection of the mobile unit or a train on the section of the railway track. It is proposed to use the structures of the automatic block system based on the time-division channels of status scanning of the rail circuits with subsequent signal processing by two parameters. The first parameter includes the assessment of correspondence of the code signals transmitted to the rail circuit and received from the rail circuit. The second parameter is obtained based on the analysis of the voltage at the rail-circuit output within the current and previous measurements considering the voltagechange rate. This latter parameter makes it possible to distinguish reliably the state when the rail track is occupied by the train from the random changes of the rail-circuit parameters from the influence of the external factors. The proposed algorithms permit one to reduce significantly consumption of electric energy providing operation of rail circuits.
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The voltage in a rail circuit is determined for reliable detection of the mobile unit or a train on the section of the railway track. It is proposed to use the structures of the automatic block system based on the time-division channels of status scanning of the rail circuits with subsequent signal processing by two parameters. The first parameter includes the assessment of correspondence of the code signals transmitted to the rail circuit and received from the rail circuit. The second parameter is obtained based on the analysis of the voltage at the rail-circuit output within the current and previous measurements considering the voltagechange rate. This latter parameter makes it possible to distinguish reliably the state when the rail track is occupied by the train from the random changes of the rail-circuit parameters from the influence of the external factors. The proposed algorithms permit one to reduce significantly consumption of electric energy providing operation of rail circuits.
Key concepts: Energy (signal processing), Algorithm, Computer science, Engineering, Electrical engineering, Mathematics, Statistics