Problems and Ways to take Objectives with the Control and Management by the Transmission of Ethnic Time and Frequency Signals in the Armed Forces of Ukraine

E. Koretsky, S. Shevkun, M. Golovnya, O. Mesheryak, V. Bojko, A. Gavrilov, M. Svitenko, M. Trotsko
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Abstract

Within the limits of the functioning of the military segment of the single time service and reference frequencies, the problems and ways of solving the tasks of controlling and controlling the transmission of reference signals used by the Armed Forces of Ukraine are outlined. The experimental research on the determination of the accuracy characteristics of the time synchronization system (using the PTP protocol IEEE 1588v2) was implemented for its use in telecommunication networks. As a communication channel, an optical fiber network is specially built to create a synchronization system. Experimental studies confirmed the possibility of transmitting reference signals of time and frequency synchronization with the use of modern digital and fiber-optic technologies from the National Standard of Time and Frequency units to the source standard of the Armed Forces of Ukraine units of time and frequency (VEZSU) with an error that is not exceeds 1 цs And also from VESZU to consumers with an error of less than 10 microseconds at a distance of 600 km via fiber-optic communication channel L2. The creation of a corresponding complex of equipment for monitoring and control of the transmission of reference signals used by the Armed Forces of Ukraine remains relevant.
乌克兰武装部队民族时频信号传输控制与管理存在的问题及目的
在单一时间服务和参考频率的军事部分的运作范围内,概述了解决控制和控制乌克兰武装部队使用的参考信号传输任务的问题和方法。针对时间同步系统(采用PTP协议IEEE 1588v2)在电信网络中的应用,对其精度特性的确定进行了实验研究。作为通信通道,光纤网络是专门用来创建同步系统的。实验研究证实的可能性发射参考信号的时间和频率同步使用现代数字和光纤技术的国家标准时间和频率单位源标准乌克兰的军队单位的时间和频率(VEZSU)的误差不超过1цs也从VESZU消费者的误差小于10微秒的距离600公里通过光纤通信通道L2。为监测和控制乌克兰武装部队使用的参考信号的传输而建立相应的成套设备仍然是有意义的。
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