Anti-radiation seeker system based on bee colony and anti-radiation guiding method

Abstract

The invention provides an anti-radiation seeker system and an anti-radiation guidance method based on a bee colony. The anti-radiation seeker system is arranged based on a plurality of unmanned aerial vehicle platforms, and the plurality of unmanned aerial vehicle platforms form the bee colony. The anti-radiation seeker system comprises distributed antennas, distributed phase resolving modules, an accurate synchronous positioning module, an attitude control module and a central control resolving module, wherein at least one distributed antenna, one distributed phase resolving module, one accurate synchronous positioning module, one attitude control module and one central control resolving module are arranged on each unmanned aerial vehicle platform. The distributed antenna, the distributed phase resolving module, the accurate synchronous positioning module, the attitude control module and the central control resolving module are connected in sequence. The system is high in response speed, the distance between the distributed antennas can be rapidly adjusted according to needs through the unmanned aerial vehicle platform, meanwhile, the ambiguity resolution range and the angle measurement precision are guaranteed, applicability is high, and compared with a traditional anti-radiation seeker, the system is more flexible and convenient to use and wide in applicability.

Description

[Technical field][0001]The present invention relates to the field of radar design, and more particularly to a renewal-based guideline system and an anti-radiation guidance method based on a bee colony.【Background technique】[0002]The anti-radiation guideline system based on the bee group can realize the function of using multiple drone distributed decisions, and promotes the wide application of drones in the field of radar.[0003]The distribution antenna unit of the current anti-radiation guide is fixed to the same structure, which limits the solution capability of the anti-radiation guide, and secures the distribution antenna of the anti-radiation guide to a variety of non-radiation guides. On the drone, it is possible to effectively improve the anti-radiation lead parsing capacity based on the distributed antenna structure required by the decisions.[0004]In the refractive guide, the radar direction is solved in a manner in which phase interference is usually employed. In such anti-r...

AI Technical Summary

Problems solved by technology

According to the principle of the anti-radiation seeker, it can be seen that the accuracy of angle measurement and the resolution of phase ambiguity are a pair of contradictory relationships. Limited by the structure of the integrated anti-radiation seeker, only a compromise value can be selected for design

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