Assistant Professor, UNIST
Human Brain Mapping with Multi-Thousand Channel PtNRGrids Resolves Novel Spatiotemporal Dynamics [Paper]
These are the MATLAB codes to analyse data collected from human participants using Intan RHD system. Please use MATLAB RHD file reader to load the data into MATLAB. [Intan Download]
1. Impedance Mapping [Code v1.0]
2. Electrode Spatial Mapping Information [Code v1.0]
3. Rodent Brain Mapping [Code v1.0]
4. Human Brain Central Sulcus Mapping [Code v1.0]
5. Human Brain High Gamma Mapping [Code v1.0]
6. Human Brain Propagting Beta Waves Mapping [Code v1.0]
- Propagating wave analysis toolbox from Muller lab [muller lab - wave]
7. Human Brain Epileptiform Data Analysis [Code v1.0]
An Electroencephalogram Microdisplay to Visualize Neuronal Activity on the Brain Surface [Pre-print]
These are the custom MATLAB codes, modified Qt/C++ codes, and custom Arduino/Teensy code to display the data collected from the ECoG+LED system.
1. Phase reversal mapping (MATLAB) [Code v1.0]
2. High gamma activity mapping (MATLAB) [Code v1.0]
3. Modified Intan RHD recording controller for real-time visualization (Qt/C++) [Code v1.0]
4. Displaying serial data into the LED arrays (Arduino/Teensy) [Code v1.0]
E-Mail: ybtchoe@gmail.com