作战试验中的信息存储技术研究

Research on Information Storage Technology in Operational Test

为使武器装备在投入实战使用前就能准确掌握其真实的作战能力和对战场环境的适应程度,要求军队在逼真实战环境下对武器进行全面综合性试验。作战试验中对战场环境和目标的高速成像信息以及设备跟踪的测量信息的实时数据采集记录提出了更高的要求。根据这一需求,采用FPGA+ARM架构设计一套完整的火控系统作战试验视频信息接收、解码及存储系统,来代替传统的以FPGA为核心的采集存储系统,经过实验验证,该系统能够实现作战试验中信息存储功能,为优化武器实战性能提供可靠依据。

In order to use weapons and equipment into combat before mastering its real combat ability and battlefield environment adaptation,the comprehensive experiments of weapon equipment under the combat conditions are required.Carrying out combat weapons test is a new direction and a new field for the development of the equipment test work and the higher requirements of real-time data acquisition and recording operation test of battlefield environment and the target of high speed imaging information and equipment tracking measurement information are put forward. According to the demand,a complete fire control system with operational test video information receiving,decoding and storage is design by using FPGA＋ARM architecture,instead of using FPGA as the core collection of the traditional storage system. Experimental results show that the function of information storage the system can be realizes and a reliable basis for optimizing the actual combat capability of the weapon is provided.