Cellular shape image collection processing system

Abstract

The utility model relates to an acquisition and processing system of the cellular morphology image, which aims to construct the image processing platform required by the space cellular embarkation experimental device, comprising a video input processing module, a global logic control module, an image data processing module and an image data transmission module. The video input processing module can convert the analog video signal to digital signal and output the abstracted synchronous signal and pixel clock simultaneously; the global logic control module can realize the logic control of the video input processing and the buffer control of the image data; the image data processing module can complete the acquisition of the cellular morphology image and the cellular image segmentation method based on the edge detection; the image data transmission module can realize the rapid data transmission between the system and the host computer. The utility model has the advantages of integral function, simple structure and flexible programming; in addition, the system can realize the real time online acquisition of the cellular morphology image with high resolution and realize a novel cellular image segmentation method.

Description

technical field [0001] The invention relates to a cell shape image acquisition and processing system, which provides a required image processing platform for a space cell carrying experimental device, and can also be applied to other digital image processing fields. Background technique [0002] The development of manned spaceflight has expanded the field of life science research. With the help of the special environment in spaceflight, many biological and medical researches can be carried out. Especially in the past 10 years, the progress of manned spaceflight engineering and biotechnology has promoted the rapid development of space life science research. The establishment of the space station has made the study of space animals, tissues and cells a reality. In the past, life science experiments in space mainly focused on the observation of physiological phenomena of human body or animals. This kind of scientific research mainly used some physiological index detection equ...

AI Technical Summary

Problems solved by technology

[0004] The existing cell morphology image acquisition and processing system is mainly aimed at the acquisition and processing of static images, and is not suitable for long-term real-time, online continuous observation and processing of normal growing cells. At the same time, it is large in size and weight, and is not suitable for space cells The need for small size and light weight of the experimental device

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