World-first
Matlab toolbox for 3D electric field analysis
for transcranial DC stimulation (tDCS), which
is being used by more than 50 international
research institutes
There
are two different versions of BioEST-MEG: one
for the analysis of SNUH MEG (BioEST-SNUHMEG
v.1.0) and the other for the analysis of U of
Minnesota MEG (BioEST-UMNMEG v.1.8) - available
upon request
Software
for EEG source localization based on minimum-norm
estimation (MNE) applied to starndard brain
atlas - available upon request
Demonstration Movies
- Old demonstration
movies (2011 - 2017): Mostly in .wmv file format
New EOG-Based Binary
Communication System
Facial EMG-based
Lip Gesture Recognition
EEG Global Sync.
for Emotion Tracking
(KBS) SSVEP-Based
Emergency Call System
SSVEP-Based BCI Applied
to an ALS Patient
2018.05.25
2017.12.01
2017.10.15
2017.6.05
2017.06.01
Eye-Writing Using Electrooculogram (EOG)
Estimation of Repiratory
Rate from PPG
A
Hybrid Mental Speller with a Webcam
Automatic Thresholding
for Eyeblink Detection
Real-time Eyeblink
Detection Algorithm
2016.04.15
2016.03.18
2016.02.17
2016.01.05
2015.08.01
An "Eyes-Closed"
SSVEP-based BCI
Application to a
patient with ALS
Real-time
Cortical Connectivity Imaging
Dual-frequency
SSVEP-BCI Stimulation
Presentation
by prof. Im
BCI Meeting
2013
2013.02.17
2013.02.17
2013.02.17
2013.04.02
2013.08.29
BCI
- Mental Speller based on SSVEP
BCI
- Robotic Arm Control
BCI
- ASSR-based Communication Syst.
BCI
- Motor Imagery Traning System
Realtime
Dynamic Neuroimaging System
2011.05.19
2011.05.19
2011.05.10
2011.05.10
2011.05.10
Hardware Products
Product
(Click
Pics to Enlarge)
Title
Release
Date
Description
CoNEEG
Aug.
2011
A
portable EEG Amplifier powered by USB with active
electrodes - This EEG system can support max.
32 channels. Technical transfer to BrainTech,
co.
C-IoN
Apr.
2016
An
ocular iontophoresis system that can be used
to deliver charged nanoparticles into the eyes
by transmitting small direct currents via surface
electrodes.
CoNE-Stim
Mar.
2011
A
world-first 4-channel transcranial DC stimulation
(tDCS) system that can generate arbitrary current waveforms
to stimulate specific cortical areas noninvasively.
visits since 05-19-2007
Webmaster E-mail: ich@hanyang.ac.kr
2011 (c) All rights are reserved. Computational NeuroEngineering Laboratory, Hanyang University