Medical image processing method and system

Abstract

The invention discloses a medical image processing method and system. The method comprises the steps that a medical image to be processed is acquired, and the interested region of the medical image is extracted; filtering and parameter optimization are carried out on the interested region to acquire an optimal filtering parameter; the optimal filtering parameter is used to filter regions outside the interested region of the medical image; and the filtered medical image is output. According to the technical scheme, the optimal filtering parameter is acquired from the interested region; the optimal filtering parameter is applied to global image filtering; and the method has the advantages of stable filtering effect, consistent whole image noise reduction and fast processing speed. In addition, the invention further provides a medical image processing system.

Description

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AI Technical Summary

Benefits of technology

This technology allows users to decide whether or how well they want an improved filtered version of their medical imagery based solely upon its content being analyzed without relying heavily on factors like location within that area. It also optimizes filters used during this process while keeping them up against those outside these important parts of the scene. Overall, this technology provides better quality results than previous methods due to optimized settings for each part of the picture's contents.

Problems solved by technology

This patents describes technical problem addressed in this patented text relating to improving the quality of medical diagnoses through accurate analysis of medical data obtained via computed tomography scans. Current techniques have limitations including lack of control over how much detail is included within the patient's field of view, difficulty in selecting appropriate treatment sequence options when there may exist multiple structures where boundary lines appear inconspicuous. Additionally, current filters designed specifically target specific regions without considering their impact upon neighboring organs like those involved in generating MRIs.

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