A collaborative real-time processing system for graphs

Abstract

The invention discloses a cooperative real-time image / spectrum processing system. The system comprises an optical lens, an infrared imaging sensor, a spectrum sensor, a cooperative processing plate and an upper computer, wherein the optical lens is used for obtaining visible light from a target view field and separating the visible light; the infrared imaging sensor is used for converting the received visible light into an infrared analog image, converting the infrared analog image into a digital image and providing the digital image to the cooperative processing plate; the spectrum sensor isused for obtaining spectrum data from the received visible light and providing the spectrum data to the upper computer; the cooperative processing plate is used for determining a target position fromthe digital image, sending the target position to the upper computer, determining an algorithm used by the target position and realizing the algorithm through an FPGA full-parallel production line; and the upper computer is used for continuously receiving the target position sent by the cooperative processing plate, controlling a two-dimensional servo system to adjust an optical lens, decrease a distance between a target and a view field center of the optical lens, and obtaining target spectrum information when the target is pulled to the view field center of the optical lens. According to thesystem, full-automatic spectrum measurement is realized, and finally cooperative real-time processing of images / spectrums is achieved.

Description

technical field

[0001] The invention belongs to the intersecting technical field of infrared remote sensing, navigation guidance, image recognition and spectrum analysis, and more specifically relates to a collaborative real-time processing system for maps. Background technique

[0002] Target spectrum is of great significance for target classification and recognition. It has received great attention in recent years and has become a popular research method in the field of target recognition, especially the research on collaborative real-time processing systems of maps is of great significance.

[0003] Most of the existing atlas equipment has the following disadvantages: (1) Some only have spectral measurement equipment, which requires manual adjustment of the system equipment to aim at the target object, and this method has no image guidance, and cannot accurately collect the spectral signal of the long-distance target; ( 2) Some are matched with the servo system, but the s...

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