基于冲突检测的通信数据多路径自适应存储系统

Communication Data Multi Path Adaptive Storage System Based on Conflict Detection

传统的通信数据存储系统数据传输能耗较高,稳定性差,容易发生网络通信链路堵塞问题,为此,本文提出设计基于冲突检测的通信数据多路径自适应存储系统。利用金字塔模型分析周期内通信数据结构特征值的波动趋势,检测通信数据结构是否存在冲突,确定数据结构分配策略,通过数据结构的迁移,获得检测条件和响应时间。通过存储卡实现数据处理与存储,由上位机完成对存储卡的控制和管理,实现存储系统设计。利用仿真实验检测系统性能,结果表明,所提方法能够有效提升存储系统稳定性和可靠性,且扩展性较强。

The traditional communication data storage system has high data transmission energy consumption, poor stability, and is prone to network communication link blockage. Therefore, this paper proposes to design a communication data multi-path adaptive storage system based on conflict detection. Use the pyramid model to analyze the fluctuation trend of the characteristic value of the communication data structure during the cycle, and detect whether there is a conflict in the communication data structure. Determine the data structure allocation strategy, and obtain the detection conditions and response time through the migration of the data structure. Data processing and storage are realized through the memory card, and the upper computer completes the control and management of the memory card, and realizes the storage system design. The performance of the system is tested by simulation experiments. The results show that the proposed method can effectively improve the stability and reliability of the storage system,and has strong scalability.