Spaceborne radar data processing and controlling device based on VPX bus

Abstract

The invention discloses a spaceborne radar data processing and controlling device based on a VPX bus. Two identical processing computers are adopted for a data processing system and a controlling system, and each processing computer comprises two isomorphic PowerPC 440 cores. The two systems form two working modes through the four isomorphic PowerPC 440 cores. According to the parallel mode, the four isomorphic PowerPC 440 cores independently work, but interconnection channels are formed between the four isomorphic PowerPC 440 cores through interconnection communication buses. According to the fault-tolerance mode, the four isomorphic PowerPC 440 cores carry out fault tolerance in a four-mode redundancy mode. The device aims at achieving the purposes of high spaceborne radar data processing point flight path processing capacity, coordinate transformation of radar information data, trace point and flight path rough correlation, trace point and temporary flight path correlation, flight path correlation, trace point fusion and flight path filtering, and short prediction processing time and solving the problem that the spaceflight use environment is severe.

Description

technical field [0001] The invention relates to a data processing and control device in the field of spaceborne radar, in particular to a data processing and control device for spaceborne radar based on a VPX bus. Background technique [0002] The functions of the radar data processing and control system mainly include: (1) data processing, including target point track preprocessing, target automatic start, track correlation and tracking processing, track state maintenance, etc.; (2) system control, including Radar beam resource planning and scheduling control, radar working mode management, communication between radar and satellite digital control computer or ground system, whole machine BIT and other tasks. [0003] According to the requirements of data processing performance analysis and the needs of radar control, the domestically produced BM3803FMGRH with the highest performance and aerospace experience does not meet the needs of this stand-alone machine. The hardware ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the current spaceborne radar data processing requirements, the present invention proposes a spaceborne radar data processing and control device based on the VPX bus to solve the problem of high track processing capability of spaceborne radar data processing points, coordinate transformation and point trace of radar intelligence data. Coarse correlation with track, point track and temporary track correlation, track correlation, point track fusion and track filtering and prediction processing time are short, and the aerospace environment is harsh

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