多功能射频综合系统中的电磁协同北大核心CSCD

限定时空条件下,射频综合系统有效发挥多功能效应的实质是实现系统多功能协同高效运行,而制约其协同高效运行的瓶颈是特定时空条件下可用的电磁资源。电磁资源的高效利用依赖电磁协同,是按照任务要求及限定条件,在时间、频率、空间、能量多个维度寻求构建电磁协同自组织结构的最优解,并确定具体任务时空下有序运行自组织结构的驱动方式,按照求解出的电磁资源动态分配结果,执行任务,使系统电磁效应在任务牵引下受控。电磁协同服务于多功能射频综合系统融合,可以有效利用、管理战场电磁环境,高效提升多功能射频综合系统的运行效率。本文从多功能射频综合系统融合运行之瓶颈、电磁协同概念和电磁协同方法三个方面论述电磁协同的核心要点,期望为实现多功能射频综合系统融合运行提供可行的技术途径。

Electromagnetic Synergy in Multifunctional RF Integrated System

In condition of limited space domain and time domain, the essence of effective multi-function effect of RF integrated system is to realize multi-function coordination and high-efficiency operation of the system. However, the bottleneck restricting cooperative and efficient operation of the system is the available electromagnetic resources under specific space-time conditions. The efficient utilization of electromagnetic resources depends on electromagnetic synergy which is to seek the optimal solution of constructing electromagnetic synergy self-organization structure in multiple dimensions of time, frequency, space and energy according to the task requirements and limited conditions, and determine the driving mode of orderlyoperation of the self-organization structure in specific task space-time. Electromagnetic synergy serves the integration of multi-functional RF integrated systems, which can effectively utilize and manage the electromagnetic environment of the battlefield and effectively improve the operation efficiency of the multi-functional RF integrated system. This paper discusses the key points of electromagnetic cooperation from three aspects: the bottleneck of multi-functional RF integrated system, the concept of electromagnetic cooperation and the method of electromagnetic cooperation. This paper is expected to provide a feasible technical approach for the fusion operation of multi-functional radio frequency integrated system.