Abstract
This paper focuses on addressing the slow recognition speed and tracking deviation issues in anti-infrared operations. It proposes a method that utilizes multi-source information from the infrared seeker and carrier data link to combat interference. The paper analyses existing methods and expands upon them by investigating full-dimensional motion information correlation. The interference recognition effect is compared across different approaches. The paper further simulates and compares the anti-interference effects of various strategies under different interference conditions, considering recognition speed, accuracy rate, and guidance precision. Overall, the paper investigates anti-infrared interference strategies, addresses existing drawbacks, and provides valuable insights for air counter-measures through simulation-based comparisons.
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