Coherent Video Simulation of PD Seeker Combat with Towed Decoy Interference under Triangular Situation

Abstract

Triangle situation is a prerequisite for the effective implementation of the towed decoy interference when combat aircraft faced with missile, which described the relative positional relationship between combat aircraft, towed decoy, and missile. However, it has been a lack of mathematical modeling, signal-level closed-loop simulation and typical scenarios that combine the use of tactics and interference effects assessment. From the perspective of how to maximize the defensive side of the performance of air defense weapon system is also an urgent need to solve the problem. On the basis of the establishment of PD seeker coherent video simulation model, by studying towed decoy signals, tactical choice, constructed loop simulation analysis to complete the process of analysis of the confrontation between the triangular situation, the relevant factors effect are quantitative assessment and gives several useful suggestions.