摘要
有人预警机未来发展的产品形态之一是预警机的轻型化、无人化,即无人预警机。文中在分析研究国外机载航空电子系统架构技术和三代有人预警机技术特征基础上,针对无人预警机应用场景和技术特征,按照“射频资源通道化、计算存储资源一体化、功能应用软件化”的系统设计思路,提出了一种实现实时感知与并行处理的综合一体化系统架构。最后,在系统架构基础上,研究提出射频综合、传感器管理、多源情报实时处理等五项系统级关键技术,为无人预警机系统总体设计奠定了工程实现基础。
One of the product forms of the future development of some people’s early warning aircraft is the lightweight and unmanned early warning aircraft. Based on the analysis and study of foreign airborne avionics system architecture technology and the technical characteristics of the third generation manned early warning aircraft in the world, the application scenarios and technical characteristics of unmanned early warning aircraft are presented, according to the system design idea of “channelization of RF resource, integration of computing and storage resource, and software application of functions”, an integrated system architecture for real-time sensing and parallel processing is proposed. Finally, on the basis of system architecture, five key technologies at system level are proposed, such as radio frequency synthesis, sensor management, real time processing of multi-source intelligence, it lays the engineering foundation for the overall design of unmanned early warning aircraft.
作者
叶海军
潘舟浩
秦国杰
马亚辉
YE Hai-jun;PAN Zhou-hao;QIN Guo-jie;MA Ya-hui(Beijing University of Posts and Telecommunications,Beijing 100876,China;Academy of Electronics and Information Technology,Beijing 100041,China)
出处
《中国电子科学研究院学报》
北大核心
2022年第5期411-415,共5页
Journal of China Academy of Electronics and Information Technology
基金
国家重点研发计划。
关键词
无人预警机
机载航空电子系统
任务电子系统
系统架构
综合一体化设计
unmanned early warning aircraft
airborne avionics system
mission electronic system
system architecture
integrated design
