Design of Distributed Multi-functional Integrated Signal-level Confrontation Simulation System in Local Area

doi:10.16182/j.issn1004731x.joss.23-1537

Abstract

Abstract:

In order to study the resources management and self-organized collaborative application method of multiple multi-functional integrated electronic equipment in the region, we build a signal-level digital simulation system that supports multiple distributed multi-functional integrated electronic equipment within a region to carry out cooperation or confrontation. A joint time advancing mechanism named "variable-step time advancing method based on frame scheduling" and "independent event driven time advancing method " is proposed. It can not only ensure the integrity of each frame of radar simulation data for each equipment, but also enable multiple equipment in the simulation system to advance simultaneously and orderly according to their own timing. The simulation results show that the simulation system can realize confrontation scenario configuration, confrontation simulation and results display, and can provide a theoretical basis for research and a test platform support for the study of combat application methods of multi-functional integrated equipment.

Key words: multi-functional integrated electronic equipment, confrontation simulation, signal-level simulation, time advancing method, event driven

CLC Number:

TP391.9

Li Weiqian, Yang Tianyu, Li Zongyang, Chen Jianjun. Design of Distributed Multi-functional Integrated Signal-level Confrontation Simulation System in Local Area[J]. Journal of System Simulation, 2025, 37(4): 845-860.

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装备序号	工作模式	变频带宽/MHz	方位覆盖范围/(°)	干扰类型	干扰占空比/%	干扰对象
红方1	探测	210	±180	—	—	—
红方2	探侦一体	20	±45	—	—	—
红方3	侦干一体	500	±45	切片转发	50	蓝方2
蓝方1	侦察	500	±45	—	—	—
蓝方2	探侦一体	20	±45	—	—	—
蓝方3	侦干一体	500	±45	密集假目标	50	红方1

装备序号	工作模式	变频带宽/MHz	方位覆盖范围/(°)	干扰类型	干扰占空比/%	干扰对象
红方3	探干一体	210	±45	探干一体波形	50	蓝方2
蓝方1	侦干一体	500	±45	切片转发	75	红方2

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