Satellite navigation interference source passive positioning method based on multi-platform cooperation

Abstract

The invention provides a satellite navigation interference source passive positioning method based on multi-platform cooperation. Under the condition of networking cooperation of a plurality of combatplatforms, satellite navigation interference source orientation data obtained by the plurality of combat platforms are shared, and the position of a satellite navigation interference source is calculated by adopting a multi-platform passive direction-finding cross positioning technology, so that effective battlefield information is provided for subsequent combat destroy, and the combat performance of each combat unit is improved. The method is good in concealment, and position information of the device is not exposed; the problems that calculation dead angles exist in double-platform positioning and false points are solved can be effectively avoided, and real-time three-dimensional positioning can be carried out on an interference source; the data volume is greatly reduced, the calculation amount is smaller, the calculation capability is saved, and the influence on the normal operation of other functions is very small; false points possibly occurring in positioning calculation are effectively reduced, the calculation pressure of combat member platform equipment is reduced, the utilization efficiency of battlefield networked information data is enhanced, and the accuracy of combatinstructions is improved.

Description

technical field [0001] The invention relates to the field of radio navigation and positioning, in particular to a satellite navigation interference source positioning method. Background technique [0002] Due to the small size and low transmission power of satellite navigation jamming equipment, it is difficult to accurately detect satellite navigation jamming sources even if proprietary satellite navigation jamming source detection equipment (such as the "Signal Sentinel 1000" GPS jamming source detection system in the United States) is used Orientation (or position), and this active detection of satellite navigation interference source equipment is often easy to expose its own target position, and also increases the equipment cost of the application platform. [0003] Passive positioning technology uses the receiving device to receive the signal of the radiation source to determine the position of the radiation source. For this reason, for the detection of satellite navig...

AI Technical Summary

Problems solved by technology

In order to solve the problem that member satellite navigation and positioning equipment cannot work normally due to interference under the current environment, the technical problem to be solved by the present invention is: in the case of multi-platform network coordination, use the satellite navigation interference source azimuth data obtained by multiple platforms Sharing, using multi-platform passive direction finding and cross-location technology to solve the position of the interference source of satellite guidance, provide effective information for subsequent strikes and destruction, and improve the performance of each unit

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