| 摘要 |
PURPOSE: An optical imaging analysis method of cerebral hemodynamics is provided to improve optical imaging analysis by configuring a post processing and an analysis processing modifying an image as a user interface. CONSTITUTION: Optical imaging data and electroencephalography data are acquired(S220). The optical imaging data are reconfigured as a 3-D matrix(S245). The electroencephalography data are reconfigured as a -D vector. Information about variation of hemodynamics reaction is generated. If a stimulator signal is greater than the predetermined value, the stimulator signal is removed. [Reference numerals] (AA) Start; (BB,CC,EE,KK) Yes; (GG,JJ) End; (HH,II,DD,FF) No; (S110) Executing an optical imaging rule; (S115) Loading an optical imaging file; (S120) Selecting an analysis target optical imaging file; (S130) Whether the selected file is a BLK file; (S135) Displaying an error message; (S140) Reading the information of the BLK file; (S145) Reconfiguring the BLK file data into a 3D matrix; (S150) Reducing the total number of frames to 200; (S155) Smoothing an image; (S160) Cropping a desired part from the raw image; (S170) Whether the cropped image has heavy noise; (S175) Removing noise through fast fourier transform; (S180) Converting the raw image into a hemodynamic reaction change and displaying video; (S190) Whether the hemodynamic reaction change is covered by a stimulator signal; (S195) Removing the stimulator signal; (S215) Loading brainwave test data; (S220) Selecting brainwave test data; (S230) Whether the selected data is an smr file; (S240) Reading the information of the smr file; (S245) Reconfiguring the smr file data into a 3D matrix for each test; (S250) Simultaneously displaying all trials of the optical image data and the stimulator and brainwave test data; (S260) Selecting a desired trial; (S270) Calculating the total photographing time, the time of applying stimulation, the time of each frame, and the number of frames photographed before stimulation in the selected trial; (S300) Entering an optical imaging analysis step
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