A mobile terminal-based multidisciplinary joint consultation and consultation system for biliary and pancreatic diseases

Abstract

The invention discloses a mobile terminal-based multidisciplinary joint consultation and consultation system for biliary and pancreatic diseases, which includes: a cloud storage unit and a server image processing unit, and the server image processing unit includes: a data retrieval module configured to retrieve the low The resolution image data is used to obtain the gradient maps of the low-resolution image data in the X direction and the Y direction; the image splitting module is configured to divide the blurred image data, the X direction gradient map and the Y direction gradient map into Several image blocks; the image reconstruction module is configured to determine the category to which each image block belongs, and then determine the filter corresponding to the reconstructed pixel of the image block; each image block is convolved with its corresponding filter to obtain the image The high-resolution image pixels of the blocks are obtained, and finally the restored high-resolution medical image data is obtained.

Description

technical field [0001] The invention relates to the technical field of medical information processing, in particular to a mobile terminal-based multidisciplinary joint consultation and consultation system for biliary and pancreatic diseases. Background technique [0002] The statements in this section merely provide background information related to the present invention and do not necessarily constitute prior art. [0003] The incidence of malignant tumors of the bile duct, pancreas, and duodenal ampulla is increasing year by year. The diagnosis and treatment are difficult and interdisciplinary. For such diseases, multidisciplinary consultation and consultation is the development direction of standardized and individualized treatment, which can provide patients with more For high-quality diagnosis and treatment plan. However, at present, the consultation of biliary and pancreatic diseases mostly adopts the face-to-face communication method of traditional consultation, and ...

AI Technical Summary

Problems solved by technology

However, at present, the consultation of biliary and pancreatic diseases mostly adopts the face-to-face communication method of traditional consultation, and there is a lack of a specific consultation system for biliary and pancreatic diseases based on mobile clients, which has caused great inconvenience to patients and doctors

[0004] At present, the existing remote consultation system that supports mobile phones has a single diagnosis and treatment model. On the one hand, the case data is single, mostly in the form of text, documents, pictures, etc., and it is impossible to transmit complete imaging data and pathological data.

A complete medical image includes a large amount of images of enhanced pancreatic scans. Enhanced biliary and pancreatic CT and MR images are generally 1000-3000 (pictures / examination), the original image occupies disk space, and the memory size is 1-3 (GB), complete Transmission of a check also requires 1-3 (GB) of network traffic, traditional technology is difficult to achieve stable and fast transmission and browsing on mobile phones

Physicians use mobile phones to carry out consultation services, and sometimes the mobile phone traffic is limited and the 4G network speed is not ideal. In order to reduce the size of the data transmitted to the mobile phone, it is necessary to compress the image

However, because it is a consultation scene for intractable diseases, the image requires high definition when displayed, and cannot be compressed. The traditional JPG image compression method is not ideal for this scene, and it is difficult to achieve a high compression ratio while maintaining a high Requirements for clarity and image distortion

[0005] Most of the remote mobile joint consultation systems disclosed in the prior art adopt the method of real-time communication. Many invitees discuss and complete the consultation opinions online at the same time. It is difficult for the invitees to view the case data freely and repeatedly according to their own time. Requiring multiple people to discuss online at the same time requires multiple parties to coordinate and arrange a special time period, which wastes a lot of time in general

Moreover, the existing consultation time is quite limited, and the diagnosis and treatment opinions of the invitees are not displayed to other invitees in the form of messages in non-real time and fully interacted, which is not conducive to the communication between different invitees, and increases the multidisciplinary The inconvenience of consultation makes it difficult to reflect the advantages of full communication in multidisciplinary consultation

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