Remote pathologic diagnosis section digital image processing and transmitting technology

Abstract

The invention provides a remote pathologic diagnosis section digital image processing method, belonging to the technical field of medical image processing. The method comprises following steps that acquired section specimens are processed according to a preset strategy, and then to-be-processed sections are generated; a section scanning terminal scans the to-be-processed sections so as to acquire digital pathologic section images, determines corresponding transmission priorities, and sends the digital pathologic section images to a server according to the transmission priorities; the server performs hierarchical processing on the acquired digital pathologic section images and stores a hierarchical processing result; and the server receives section image acquisition requests from all client sides, and then pushes a section image corresponding to an image hierarchical range to a corresponding client side according to a preset push strategy. Through adoption of the method, important digital pathologic section images are guaranteed to have the priority to transmit, furthermore, a corresponding hierarchy of section image is pushed to a corresponding client side, so that the user experience is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of medical image processing, in particular to a digital image processing method and system for remote pathological diagnosis slices. Background technique [0002] The prior art provides a method for remote transmission of digital pathological slices, which is suitable for slice scanning terminals, WEB servers, and clients remotely connected to each other through a network, including steps: [0003] S1. The slice scanning terminal obtains the current digital pathological slice image through scanning; [0004] S2. In case of urgent need, the slice scanning terminal receives the request from the client and directly sends the digital pathological slice image acquired by the current scan to the client; [0005] S3. In the case of non-emergency, the slice scanning terminal uploads the backup of the digital pathological slice image acquired by scanning to the WEB server, and then the WEB server receives the reques...

AI Technical Summary

Problems solved by technology

[0013] It can be seen that, in the above scheme, when the client sends a request to the WEB server, the WEB server first sends the Nth layer image of the requested digital pathological slice image to the client, and then sends the N-1th layer image, objectively The image sent by the WEB server may not be the layered image required by the client, which requires the user to select multiple times to obtain the appropriate layered image, which causes inconvenience to the user and greatly reduces the user experience

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