组网雷达融合处理模板设计与拓展

Design and development of fusion processing template for netted radar

摘要:

组网雷达数据融合处理具有场景广泛、算法多样、参数可控等特点。针对传统融合处理系统开发存在的开发周期长、系统设计复杂度高等难题，在融合处理组件化设计基础之上，采用开放、可重构架构设计了组网融合处理通用模板。基于组件的低耦合性，使得只需修改部分组件而非新建整个系统就能便捷地实现系统的自由拓展，拓展内容包括新增组件算法和新增融合模板。相对于重构整个系统，独立易懂的组件拓展操作降低了系统复杂度和对开发人员的能力要求。仿真实验实现了两类拓展，结果表明设计切实可行，提高了新算法集成效率，增强了组网融合处理系统的场景适应能力。

Abstract:

Netted radar data fusion processing has the characteristics of wide application scenes, adopting diverse algorithms and using controllable parameters. Aiming at the problems of long development cycle and high system design complexity existing in the development of traditional fusion processing system, based on the component design of fusion processing, a general template of network fusion processing is designed by using open and reconfigurable architecture. Because of the low coupling of components, the system can be expanded easily only by modifying some components instead of building a whole system. The expanded contents include new component algorithms and new fusion templates. Compared with reconstructing the whole system, the independent and easy-to-understand component expansion operation reduces the complexity of the system and the ability requirements for developers. Simulation experiments have achieved two types of expansion. The results show that the design is feasible, improves the integration efficiency of the new algorithm, and enhances the scene adaptability of the networked fusion processing system.