The research of the reliability data transmission system optimization approach in complex condition

S. Hu, Feng Zeng, Hong Zhao, L. She, Deng-yi Zhou
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引用次数: 2

Abstract

In order to make safety detect and health evaluation for the UHV transmission tower, it has already become a critical problem in engineering applications to guarantee the data transmission reliability of the UHV transmission tower real-time monitoring system. According to the complex conditon around the system, a data transmission system reliability design approach is proposed, the response confirm mechanism and the adaptive retransmission mechanism is utilized to improve the accuracy, the application of the subsection insertion signature mechanism can ensure the integrity of the data transmission, the usage of the random dynamic authentication mechanism can detect the connection which is attacked by hacker in time. Simulation results verify the effectiveness of the designed method and theoretical discussions.
复杂条件下可靠性数据传输系统优化方法的研究
为了对特高压输电塔进行安全检测和健康评估,如何保证特高压输电塔实时监测系统的数据传输可靠性已成为工程应用中的关键问题。针对系统周围的复杂情况,提出了一种数据传输系统可靠性设计方法,利用响应确认机制和自适应重传机制提高了准确性,采用分段插入签名机制保证了数据传输的完整性,采用随机动态认证机制及时检测出被黑客攻击的连接。仿真结果验证了所设计方法和理论讨论的有效性。
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