针对已经和将要面临的新型空天威胁,在分析传统结构防空预警网差距的基础上,梳理了未来防空反导预警网所需要的能力与技术需求,解析和完善了预警装备体系组网协同探测概念,提出了防空反导预警装备体系任务级、参数级、信号级组网协同探测的模型,分析了实现任务、参数、信号协同探测机理及所需条件,例举了组网协同探测模型在架构和预案设计方面的典型应用。研究成果为智能化防空反导预警网设计研制提供了基础性、指导性的协同探测概念和模型。

To fight against the existing and upcoming threats from both aerospace and sky, based on the analysis of the technical gap for traditional structure of the air defense early warning networks, the capability and technical needs for the future air defense and anti-missile of early warning equipment systems are collected and organized. The concept of synergy-netted detection for early warning equipment systems is demonstrated and perfected. The synergy-netted detection model on mission level, specification level, and signal level for air defense and anti-missile of early warning equipment systems are established, and the theory and prerequisite for implementing synergy-netted detection on mission, specification, and signal level are analyzed in this paper. Finally, the typical examples for synergy-netted detection on architecture and strategy design are provided. The research results provide the fundamental and instructive model of the synergy-netted detection for the intelligent early warning networks in the design, research and manufacture.

TN959