随着智能时代的到来,分布式、网络化、智能化越来越成为雷达探测系统发展的重要技术方向,并促进了雷达组网协同探测技术与应用的不断演进。在专题文章《预警系统协同探测技术研究》的基础上,以未来发展新思维为导向,研究复杂性科学与电子科学的交叉融合,提出了复杂电子系统的新概念内涵;研究网络科学的相关理论应用于电子系统,提出了复杂电子系统网络化协同的新系统形态与技术层级、网络化协同矩阵与状态转移矩阵等;复杂系统是具有涌现和自组织行为的系统,研究提出了复杂电子系统自组织的一种简单规则,仿真了其自组织状态,并分析了系统自组织目标与资源。当复杂电子系统降维为协同探测的功能时,可表征雷达协同探测的应用新形态,呈现出网络化协同与自组织应用等智能行为。

Intelligence era is coming. Distributed, netted, intelligent are the trend for radar detection system, has becoming the more and more important technical research area, also promote the evolution of radar netted detect and its application. Based on “Research on collaborative detection technology of early warning system”, aim to the new develop thinking about future, this paper researches the cross-disciplinary of complexity science and electronics science, a new concept named complex electronic system (CES) has proposed. Using network science theory to electronic system, the status and levels of CES netted-synergy also proposed, including CES netted-synergy matrix and status transfer matrix. Emergence and self-organizing is the most important characteristics of complex system, this paper puts forward a simple rule for CES self-organizing, its self-organized statues has been simulated in this paper, including self-organizing target and resources. When CES used for synergy detect, means the new system status for radar synergy detection, and give out netted-synergy, self-organizing intelligent system behaviors.

TN957

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