摘要
无线电监测任务的发展演进对监测设备的监测覆盖范围、功能灵活构建以及通信体制识别能力提出了更高的要求,传统的无线电监测系统缺陷越发明显。设计了一种新型无线电监测处理平台,采用宽带多任务并行处理、软件重构、模块化、阵列化等设计思路,并重点介绍了平台设计的关键技术:宽带多任务并行处理技术、监测功能灵活重构技术。构建平台对典型的无线电监测目标进行了试验,验证了平台设计的可行性。
The development and evolution of radio monitoring task puts forward even higher requirements for the monitoring coverage of monitoring equipment,flexible construction of functions,and communication system identification capabilities.The defects of traditional radio monitoring systems have become more and more obvious.A new type of radio monitoring and processing platform is designed,which adopts design ideas such as broadband multi-task parallel processing,software reconfiguration,modularization,and arraying.This paper focuses on the key technologies of platform design,including broadband multi-task parallel processing technology,flexible monitoring function reconstruction technology,etc.The platform is built to test typical radio monitoring targets,and the feasibility of the platform design is verified.
作者
高峰
王婷
赵锞锞
GAO Feng;WANG Ting;ZHAO Ke-ke(No.30 Institute of CETC,Chengdu Sichuan 610041,China;Unit 61212 of PLA,Beijing 100091,China)
出处
《通信技术》
2020年第10期2596-2600,共5页
Communications Technology
关键词
无线电监测
宽带多任务
并行处理
软件重构
radio monitoring
broadband multi-task
parallel processing
software reconfiguration
