Reconfigurable distributed multi-optical spectrum imaging system

Abstract

The invention relates to a reconfigurable and distribution type multi-spectral imaging system, belonging to the technical field of photo-electricity, which comprises a photoelectric imaging module, an image fusion module, an intelligent control module, a data mining module, an information relay module and a display module, wherein the photoelectric imaging module comprises a visible light imaging module, an infrared imaging module, a low-light level imaging module and an ultraviolet imaging module, and each module is integrated with a wireless digital communication module. When one module is out of work, or is damaged, the functions of the system can be rapidly restored through changing the module, thereby increasing the survivability of the system to different conditions, and the functions of the system can be rearranged and upgraded through updating sub modules at any time, and the reliability of information is increased through obtaining and fusing the multi-spectral information of the same detection zone and objects, and the information redundancy is reduced.

Description

technical field [0001] The invention relates to a reconfigurable and distributed multispectral imaging system, which belongs to the field of optoelectronic technology. Background technique [0002] At present, multispectral imaging systems generally adopt an integrated physical structure, that is, image acquisition units such as visible light, infrared, low light, and ultraviolet are integrated with related service units (image fusion, intelligent control, data mining, information relay modules, etc.) , forming a system for collecting and processing multi-spectral image information. The main problems of the multi-spectral imaging system with the above structure are: 1) Since the image acquisition unit and the service unit are nested and restrained each other, the system structure is complicated, which leads to several years of development. Any failure of any subsystem will delay the delivery time of the whole system. 2) In the actual application process, any device or unit...

AI Technical Summary

Problems solved by technology

The main problems of the multispectral imaging system with the above structure are: 1) Due to the mutual nesting and mutual restraint of the image acquisition unit and the service unit, the system structure is complex, resulting in several years of development.

Any failure of any subsystem will delay the delivery time of the whole system

2) In the actual application process, any device or unit failure will lead to the loss of the entire system function

When a multispectral imaging system is developed, its functionality is fixed and cannot be changed based on application requirements

4) Due to the integrated design, the latest hardware technology and algorithms cannot be applied to existing systems, resulting in the failure of the entire system to keep up with technological progress

This system adopts an integrated design. Although it has certain multi-spectral imaging capabilities, it does not have the characteristics of reconfigurable distribution.

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