Imaging detecting system and method of ultrahigh resolution camera

Abstract

This invention belongs to the field of electronic information, especially involving ultra-high-resolution camera imaging detection system and method. This invention provides the ultra-high-resolution camera imaging detection System. It has multi-channel data acquisition of massive image which connects separately with multi-channel photosensitive element of camera, also it has graphics workstation. Each data acquisition channel of massive image includes: Signal matching modules, interface circuit, I / O control modules, front-end data receiver module, mass storage equipment control module, massive image processor as fast. The graphics workstations connect with the data acquisition channel of massive image, which is used to control the whole system, display the full-channel image and do various functional operations. This invention also provides an ultra-high-resolution imaging camera detection method, it sends the data from the multi-channel data acquisition of massive image to the graphics Workstation at which processes the integrated treatment to the acquisition data, and achieves the goal of display and zoom of the overall image.

Description

technical field [0001] The invention belongs to the field of electronic information, and in particular relates to an imaging detection system and method of an ultra-high resolution camera. Background technique [0002] With the development of various high-speed cameras, the requirements for the acquisition rate of the captured images are continuously increasing, and the requirements for continuous real-time storage time are continuously lengthening. However, the current ultra-high-resolution image acquisition products use a single-channel access method for image data. The throughput is insufficient to meet the requirements of high-speed real-time acquisition and storage of massive image data, especially in the case of satellite remote sensing, which uses multiple ultra-high-resolution cameras for continuous monitoring and shooting. The amount of acquired data is large and difficult to process. For example, if you want to observe the image details or global images taken at hi...

AI Technical Summary

Problems solved by technology

[0002] With the development of various high-speed cameras, the requirements for the acquisition rate of the captured images are continuously increasing, and the requirements for continuous real-time storage time are continuously lengthening. However, the current ultra-high-resolution image acquisition products use a single-channel access method for image data. Insufficient throughput cannot meet the requirements of high-speed real-time acquisition and storage of massive image data, especially in satellite remote sensing where multiple ultra-high-resolution cameras are used for continuous monitoring and shooting. The amount of acquired data is large and difficult to process

For example, if you want to observe the image details or global images taken at high altitude, you need to comprehensively process these large-capacity image data. The existing technology lacks effective means and cannot provide real-time zooming, which directly affects the utilization of images and limits the use of remote sensing cameras. develop

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