Region segmentation method and device
A region segmentation and image technology, applied in the field of medical image processing, can solve the problems of long segmentation time, inability to segment the ischemic core region and penumbra, limitations of images and data materials, etc., to achieve refined segmentation and shorten segmentation time. , Improve the effect of segmentation efficiency
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Embodiment 1
[0081] The present invention provides a regional segmentation method (single step method), such as figure 1 As well as 2 The flow chart shown, including:
[0082] Step S110, get brain tissue images, and extract the pixel value of the brain tissue image.
[0083] In this step, before dividing the ischemic area (semi -dark band and the core area of ischemia), pre -processing needs to be performed, that is, extract brain tissue images from the brain image, and retain the use of brain tissue (BT) from the brain tissue (BT)) Pixel values.
[0084] Step S12, parameter maps of the parameter diagram of the scanning data concentration under the CT guidance, respectively, and the parameter map of the pixel value of the brain tissue image, which includes the reference map of the cerebral blood flow flow, the reference map of the cerebral blood capacity, the peak time reference diagram, the reference map, the reference Peak reference diagram, brain mip mapping diagram and NiHSS scoring tabl...
Embodiment 2
[0119] The embodiment of the present invention also provides another regional division method (two steps), such as Image 6 Show, including:
[0120] Step 1 (used to segment semi -dark belt):
[0121] Step s1.1, get brain tissue images, and extract the pixel value of the brain tissue image;
[0122] This step is the same as the step S110, so I do not repeat it here.
[0123] Step S1.2, the parameter diagram of the pouring scanned data concentration under CT guidance is performed with the pixel value of the brain tissue image, which includes the peak time reference map, the peak time reference map, the brain MIP mapping diagram And NiHSS scoring table;
[0124] In step S1.2, the peak time TTP reference map of the data concentration, the peak time TMAX reference map mapped to the extracted pixel value of the extracted brain tissue (BT) as the input feature. The specific mapping process is the same as S120. Research.
[0125] Step S1.3, use the ultra -pixel division technology to gene...
Embodiment 3
[0176] The embodiment of the present invention provides a regional segmentation device, such as Figure 10 Show, including:
[0177] The brain tissue obtains the module for obtaining brain tissue images, and extracts the pixel value of the brain tissue image;
[0178] The mapping module is used to perform parameter maps with the parameter diagram of the scanning data concentration under the CT guidance, respectively. , Dafeng Time Reference diagram, brain MIP mapping diagram and NiHSS scoring score table;
[0179] Ultra pixel image generation module is used to use ultra -pixel segmentation technology to generate the ultra -pixel image of each parameter diagram after mapping, including cerebral blood flow super pixel image, cerebral blood capacity ultra -pixel image, peak time ultra -pixel image and Dafeng peak Time super pixel image;
[0180] The first feature matrix generation module is used to connect all the pixel values in each reference diagram into a feature vector through ...
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