The Influence of All-electronic Interlocking System on Intelligent Operation and Maintenance

W. Guan, Xudong Zhou
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Abstract

With the development of computer industrial control technology, all-electronic interlocking system has become a main development direction of computer interlocking system in our country because of its richer system functions, larger control ranges, smaller volumes, simpler structures, more flexible configurations, and higher electronic levels. The intelligent control of wayside equipment in distributed all-electronic interlocking architecture will greatly improve the function,machine lerning of big data with artificial intelligence, control and maintenance level of wayside basic equipment of railway signaling, so as to fully realize the “revolutionary” improvement of wayside equipment that is still mainly used in the era of electric interlocking system at this stage. This paper summarizes the application scenarios of the all-electronic interlocking system and the industry's main requirements for operation and maintenance, then puts forward four stages and corresponding scenarios of the all-electronic interlocking system on intelligent operation and maintenance. Finally, the future development trend and opportunities of intelligent operation and maintenance in the signaling system are explained.
全电子联锁系统对智能运维的影响
随着计算机工业控制技术的发展,全电子联锁系统因其系统功能更丰富、控制范围更大、体积更小、结构更简单、配置更灵活、电子水平更高等优点,已成为我国计算机联锁系统的主要发展方向。分布式全电子联锁架构下的道旁设备智能控制,将极大地提高铁路信号道旁基础设备的功能、大数据的人工智能机器学习、控制和维护水平,从而充分实现现阶段仍以电气联锁系统时代为主的道旁设备的“革命性”改进。本文总结了全电子联锁系统的应用场景和行业对运维的主要要求,提出了全电子联锁系统智能化运维的四个阶段及相应场景。最后,阐述了信号系统智能化运维的未来发展趋势和机遇。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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