METHOD FOR DETERMINING AN INTRACORTICAL WORKING STATE OF A FUNCTIONAL NETWORK IN THE BRAIN,申请号US201614989178-传众专利搜索

METHOD FOR DETERMINING AN INTRACORTICAL WORKING STATE OF A FUNCTIONAL NETWORK IN THE BRAIN

申请公布号：US2016196649(A1)

申请号：US201614989178

申请日期：2016.01.06

申请公布日期：2016.07.07

申请人：

Siemens Healthcare GmbH

发明人：Qian Tian Yi

分类号：G06T7/00;A61B5/145;A61B5/00;A61B5/055

主分类号：G06T7/00

地址：Erlangen DE

摘要：A method for determining an intracortical working state of a functional network of the brain includes acquiring a number of first blood oxygen saturation level time point vectors of a number of gray matter voxels of a cortex of a brain functional network template, each of the blood oxygen saturation level time point vectors respectively having blood oxygen saturation level signals of each of the gray matter voxels at a number of continuous time points in a particular time period. The method further includes clustering the blood oxygen saturation level time point vectors as a number of gray matter voxel cooperative time point categories by taking the blood oxygen saturation level signals as objects, the gray matter voxel cooperative time point categories being sets of a number of discrete time points of the gray matter voxels respectively in the particular time period. The method includes determining the number of gray matter voxel cooperative time point categories as the intracortical working state of the first cortex.

主权项：1. A method for determining an intracortical working state of a brain functional network, characterized in that the method comprises: a first acquisition step of acquiring a plurality of first blood oxygen saturation level time point vectors of a plurality of first gray matter voxels of a first cortex of a brain functional network template, each of said first blood oxygen saturation level time point vectors respectively comprising blood oxygen saturation level signals of each of said first gray matter voxels at a plurality of continuous time points in a particular time period; a first clustering step of clustering said first blood oxygen saturation level time point vectors as a plurality of first gray matter voxel cooperative time point categories by taking the blood oxygen saturation level signals as objects, said first gray matter voxel cooperative time point categories being sets of a plurality of discrete time points of said first gray matter voxels in said particular time period; and a first determination step of determining said plurality of first gray matter voxel cooperative time point categories as said intracortical working state of said first cortex.