High-fidelity missile-borne radar echo simulation method

Abstract

The invention discloses a high-fidelity missile-borne radar echo simulation method, and the method comprises the steps: defining a universal characteristic quantity through a characteristic model of a complex target and the change rule of the motion attitude and transmission signals of a missile-borne radar in different scenes, and generating a pulse characteristic index file in advance; and continuous or segmented interception is controlled to generate high-fidelity radar echo signals. The high-fidelity missile-borne radar echo simulation method is suitable for high-fidelity missile-borne radar echo simulation in a complex electromagnetic environment and a high-speed motion scene.

Description

technical field [0001] The invention relates to the simulation of radar echo signals, in particular to a high-fidelity missile-borne radar echo simulation method. Background technique [0002] Generally, modern radars have high-resolution, long-distance, high-precision capabilities, and can achieve multi-target detection and tracking, anti-jamming, clutter and other capabilities. As the functions realized by the radar system become more and more complex and the components become larger and larger, the requirements for the simulation of radar echoes are also constantly increasing in the development and testing of the radar system. In order to verify the performance of the radar machine, hardware-in-the-loop simulation debugging and field test tests are usually used. If the field test scheme is adopted in the early stage of commissioning, it will consume a lot of manpower and financial resources, and many uncontrollable field environments will prolong the commissioning cycle,...

AI Technical Summary

Problems solved by technology

[0003] However, in the hardware-in-the-loop simulation test stage of the radar development process, due to the limitations of hardware platform computing accuracy, hardware resource scale, and real-time echo simulation, the design of the echo simulator usually simplifies the design of the radar echo simulation algorithm , resulting in echoes with less fidelity than expected

In contrast, the simulation algorithm design based on radar theory derivation develops relatively rapidly and is far ahead of the hardware implementation of radar echo simulation. However, due to the complexity of the algorithm, it is difficult to apply engineering, especially in complex electromagnetic environments. and high-speed motion scenes

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