A target platform automatic identification system based on radiation source reconnaissance information

Abstract

The invention discloses a target platform automatic identification system based on radiation source reconnaissance information. Batch radiation source reconnaissance information based on a single tasknumber or a multi-task number can be realized. The target platform has a real-time automatic identification function, and based on a remote radiation source parameter feature knowledge base and a remote radiation source association platform configuration knowledge base provided by a user, a radiation source model identification result and the type or model of the platform to which the radiation source target belongs can be automatically distinguished; And the identification processing time delay of the batch radiation source reconnaissance information under the single task number is superiorto 60 s.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes systems for identifying objects that are located within their own radar field. These systems have been developed with advanced technologies such as machine learning algorithms and artificial intelligence techniques. They also include features like image acquisition sensors, depth cameras, laser scanning equipment, etc., along with various software tools used during operation. Overall these technical means help identify threatening targets more efficiently while reducing human error factors associated therewith.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the efficiency at identifying unknown objects (radiation) during radiological surveillance operations without requiring experts' expertise or extensive training efforts. Current approaches involve manually analyzing the spectral content of each object separately, leading to delayed identification times and increased workload. Therefore, current automation systems have limitations that require improvement before they could fully benefit intelligence defense capabilities like detecting enemy missiles.

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