ScholarWorks@Hanyang University: Im, Chang Hwan

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Im, Chang Hwan (임창환)

COLLEGE OF ENGINEERING (서울 바이오메디컬공학전공)

Research Area: 신경공학, 뇌-컴퓨터 접속, 생체신호처리, Neural Engineering, Brain-Computer Interface, Biomedical Signal Processing

Tel 02-2220-2322
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electroencephalography:13||Schizophrenia:9||EEG:9||electroencephalography (EEG):8||braincomputer interface:8||Electroencephalography:8||Braincomputer interface (BCI):7||P300:5||Electroencephalography (EEG):5||braincomputer interface (BCI):5||LennoxGastaut syndrome (LGS):5||Machine learning:4||Transcranial direct current stimulation (tDCS):4||Finite element method (FEM):4||schizophrenia:4||internet gaming disorder:4||sLORETA:4||steadystate visual evoked potential (SSVEP):4||passive braincomputer interface:4||Source activity:4||steadystate visual evoked potential:4||electrooculogram (EOG):4||graph theory:3||craving:3||machine learning:3||Neuromodulation:3||electroencephalogram:3||electroencephalogram (EEG):3||nearinfrared spectroscopy:3||Virtual reality:3||Noninvasive brain stimulation:3||Amyotrophic lateral sclerosis (ALS):3||Finite element method:3||Source imaging:3||binary communication:3||Augmented reality:3||Eventrelated potential:3||Steadystate visual evoked potential (SSVEP):3||Intracranial electroencephalography (iEEG):3||Electrostatic field:2||Selective attention:2||epileptogenic zone:2||pattern classification:2||Biomarker:2||Magnetoencephalography (MEG):2||Major depressive disorder:2||phase synchronization:2||Auditory steadystate response (ASSR):2||convolutional neural network:2||photoplethysmography:2||neurocinematics:2||deep learning:2||electrooculogram:2||Ictal epileptiform activity:2||Riemannian geometry:2||augmented reality:2||finite element method:2||finite element method (FEM):2||REM sleep behavior disorder:2||virtual reality:2||Pathophysiology:2||functional connectivity:2||biosignal analysis:2||functional nearinfrared spectroscopy:2||gamma band:2||bipolar disorder:2||Facial electromyogram:2||Motor imagery:2||mismatch negativity:2||safe driving:2||Facial expression recognition:2||secondary generalized epilepsy:2||Braincomputer interface:2||TMSevoked potentials:2||cortical thickness:2||Rehabilitation:2||Classification:2||Functional connectivity:2||braincomputer interfaces (BCIs):2||classification:2||Electroencephalogram:2||Phase locking value (PLV):2||Electroencephalogram (EEG):2||mental arithmetic:2||Electrooculogram (EOG):2||Current source density:2||Posttraumatic stress disorder:2||intracranial electroencephalography (iEEG):2||continuous thetaburst stimulation:2||intelligent tutoring systems:2||noninvasive brain stimulation:2||transcranial direct current stimulation (tDCS):2||Computeraided diagnosis:2||MATLAB toolbox:2||SSVEP:2||optimization:2||neuromarketing:2||Secondary generalized epilepsy:2||Functional nearinfrared spectroscopy (fNIRS):1||Gamma oscillation:1||Gammaband activity:1||Gender:1||Generative adversarial networks:1||Go/Nogo task:1||Graph theory:1||Hemodynamics:1||Highbetaband activity:1||Hilbert transform:1||Home appliances:1||Human computer interface:1||Human faces:1||Humancomputer interface:1||Humancomputer interface (HCI):1||Humanmachine interface:1||Hybrid mental speller:1||Ictal onset zone:1||Ictal onset zones:1||Impedance:1||Indexes:1||Inhibitory function:1||Intention:1||Intertrial phase coherence (ITPC):1||Intracranial electroencephalography:1||Inverse problem:1||Inverse problems:1||Iontophoresis:1||Juvenile myoclonic epilepsy:1||Language:1||Left superior temporal gyrus:1||LennoxGastaut syndrome:1||Light emitting diodes:1||Linear discriminant analysis adaptation:1||Localization of epileptogenic zone:1||Lockedin syndrome (LIS):1||Magnetic flux density:1||Massive multiplayer online roleplaying game:1||Mental speller:1||Microexpression:1||Mild cognitive impairment:1||Monitoring:1||Motor cortical excitability:1||Multichannel transcranial electrical stimulation:1||Multidomain signaltosignal translation:1||Multiple head models:1||Multiscale entropy:1||Mutual information:1||Myoelectric control:1||N170:1||Nanoparticles:1||Nearinfrared spectroscopy (NIRS):1||Negative symptom:1||Network:1||Neural activity detection:1||Neural oscillation:1||Neuroelectromagnetic inverse problem:1||Neurofeedback:1||Nonpharmacological treatment:1||OPamp:1||Object categorization task:1||Objectrepetition priming:1||Ocular drug delivery:1||Old/new effect:1||Older adults:1||Online learning:1||Optimal channel configuration:1||Optimization:1||P3a:1||Panic disorder:1||Parkinsonism:1||Pattern classification:1||Pattern reversal visual stimuli:1||Performance evaluation:1||Permanent magnets:1||Phase amplitude coupling (PAC):1||Phase synchronization:1||Positive and Negative Syndrome Scale:1||Posttraumatic stress disorder:1||Power spectral density (PSD):1||Precuneus:1||Primary Visual Cortex:1||QWERTY keyboard layout:1||REM sleep without atonia:1||Randomized clinical trial:1||Realtime neuroimaging:1||Restingstate EEG:1||Restless legs syndrome:1||Restless legs syndrome (RLS):1||Riemannian manifolds:1||SPM:1||STG volume:1||Saccade:1||Sample entropy:1||Schizotypal Trait:1||Silent speech interface (SSI):1||Silent speech recognition:1||Slow cortical potential (SCP):1||Smallworldness:1||Social virtual reality:1||Sourcelevel brain network:1||Sourcelevel features:1||Spatial frequency:1||Spikeandwave discharge:1||StarGAN:1||State estimation:1||SteadyState Visual Evoked Potential:1||Steadystate visual evoked potential:1||Steadystate visual evoked potential (SSVEP) Electroencephalography (EEG):1||Stimulation focality:1||Stroke:1||Stroop Task:1||Surface plasmon resonance:1||Sustained Potential:1||Sustained attention:1||Switches:1||Symptom severity:1||Task analysis:1||Temporal interference stimulation (TIS):1||Threeaxis accelerometer:1||Time delay estimation:1||Transcranial Direct Current Stimulation:1||Transcranial alternating current stimulation (tACS):1||Transcranial direct current stimulation:1||Transcranial electrical stimulation (TES):1||Transcranial static magnetic stimulation (tSMS):1||Usability:1||Vigilance:1||Visualization:1||Voluntary action:1||Voxelbased morphometry:1||Wearable EEG device:1||Working memory:1||Working memory task:1||adaptive IIR notch filter:1||adaptive learning:1||addiction:1||advanced driver assistance:1||affective braincomputer interface (aBCI):1||affective computing:1||amyotrophic lateral sclerosis (ALS):1||antidepressant responsiveness:1||arraytype electrode:1||asynchronous braincomputer interface:1||attention:1||attention monitoring:1||audiometry:1||auditory discrimination:1||biosignal processing:1||biomedical signal processing:1||bootstrap aggregating:1||brain–computer interfaces:1||brain switch:1||brain&:1||braincomputer interfaces:1||classification algorithm:1||cognitive function:1||combined exercise:1||computer interface:1||computeraided diagnosis:1||conducting polymer:1||cortical activation:1||cortical source imaging:1||covert intentions:1||craving for gaming:1||crosscorrelation (CC):1||decision making:1||deoxyhemoglobin:1||directed transfer function (DTF):1||domain decomposition method (DDM):1||earEEG:1||electrical conductivity:1||electrode:1||electrode array:1||electrode configurations:1||electromyogram (EMG):1||electrooculography:1||electrooculography (EOG):1||electrophysiological biomarker:1||electrostatic field:1||emergency call system:1||emotion classification:1||emotion estimation in crowds:1||emotion processing:1||endogenous BCI:1||ensemble learning:1||epidural electrical stimulation:1||error estimation:1||eventrelated potential:1||eventrelated potential (ERP):1||eventrelated potentials:1||eventrelated spectral perturbations:1||eye blink:1||eye tracking:1||eyetracking:1||fNIRS:1||facial electromyography:1||facial expression:1||finiteelement method (FEM):1||frontal:1||functional brain network:1||functional near infrared spectroscopy (fNIRS):1||gaze reconstruction:1||gender difference:1||generalized linear model (GLM):1||global field synchronization (GFS):1||headup display:1||headup display (HUD):1||hemodynamic response:1||high gamma oscillation:1||hippocampus:1||human–machine interface:1||human skull phantom experiment:1||humancomputer interaction (HCI):1||humanmachine interface:1||hybrid visual stimulus:1||idiopathic generalized epilepsy:1||imageguided tDCS (IGtDCS):1||individualized structural covariance network:1||intertrial phase coherence:1||interindividual variability:1||internet game addiction:1||internet of things:1||intuitive paradigm:1||inverse problem:1||juvenile myoclonic epilepsy:1||learning management systems:1||lockedin syndrome:1||machinelearning technique:1||magnetoencephalography:1||major depressive disorder:1||mental state classification:1||mental states:1||mental task classification:1||micro–brain sensors:1||migraine:1||mind reading:1||motor imagery:1||motor rehabilitation:1||multiclass classification:1||multimodal neuroimaging:1||nback task:1||near infrared spectroscopy(NIRS):1||nearinfrared spectroscopy (NIRS):1||neuroeconomics:1||neurofeedback:1||neurological diseases:1||neurorehabilitation:1||objective assessment:1||ocular artifact:1||ocular iontophoresis:1||online learning:1||oxyhemoglobin:1||parietooccipital theta power:1||passive braincomputer interfaces:1||pattern analysis:1||pattern recognition:1||performance robustness:1||periodic motion:1||photoplethysmogram:1||photoplethysmogram (PPG):1||polysomnography (PSG):1||positive emotion:1||posttraumatic stress disorder (PTSD):1||preference:1||prefrontal cortex:1||psychiatric diseases:1||puretone audiometry:1||qEEG:1||quantitative analysis:1||rabbit eye:1||rehabilitation:1||respiration:1||respiratory rate:1||resting state:1||resting state EEG:1||restingstate electroencephalogram (EEG):1||riemannian manifolds:1||s disease:1||signaltosignal translation:1||slowfrequency EEG oscillation:1||social network service (SNS):1||soft wearable:1||source imaging:1||spatial frequency:1||spatial sound movement:1||spatiospectral pattern:1||spikewave discharge:1||steady state visual evoked potential:1||steadystate motion visual evoked potential (SSMVEP):1||stroke:1||temporal interference stimulation:1||testretest reliability:1||time delay estimation:1||topographical map:1||transcranial directcurrent stimulation (tDCS):1||transcranial photobiomodulation:1||transient global amnesia:1||virtual reality (VR):1||visual pathway:1||#8211:1||wearable EEG device:1||1D CNNbLSTM:1||40Hz ASSR:1||Active dry electrode:1||Adaptive learning:1||Adaptive mesh generation:1||Adaptive mesh refinement:1||Adaptive systems:1||Addiction:1||Alzheimer&apos:1||Antiinflammation:1||Artifact detection:1||Assistive device:1||Assistive devices:1||Attention:1||Auditory P300:1||Auditory mental speller:1||BCI:1||BCI illiteracy:1||Betweenness centrality:1||Biological marker:1||Bipolar disorder:1||Brain:1||Brain computer interface:1||Brain computer interface (BCI):1||Brain electrical activity mapping:1||Brain mapping:1||Braincomputer interfaces:1||Brainmachine interface:1||COMETS:1||Cerebral palsy:1||Childhood trauma:1||Chopperstabilized:1||Clinical feasibility:1||Cognitive Inhibition:1||Cognitive dysfunction:1||Cognitive function:1||Cognitive workload:1||Completely lockedin state (CLIS):1||Completely lockedin syndrome:1||Computational simulation:1||Cortical excitability:1||Cortical source analysis:1||Cortical source imaging:1||Corticomuscular coherence:1||Covariate shift adaptation:1||D2 test of attention:1||Deep brain stimulation:1||Deep learning:1||Deep neural network:1||Detectors:1||Dexamethasone:1||Diagnosis of psychiatric diseases:1||Directed transfer function (DTF):1||Directional connectivity analysis:1||Distance learning:1||Distributed source model:1||Dopamine:1||Dorsolateral prefrontal cortex (DLPFC):1||Driving safety:1||Dualfrequency stimulation:1||Dynamic visual acuity (DVA):1||EOG calibration:1||ERP:1||Education:1||Effective connectivity:1||Electric current density:1||Electrical stimulation:1||Electrode shift:1||Electrodelocation robustness (ELR):1||Electrodes:1||Electromagnetic brain stimulation:1||Electromyogram:1||Electromyography:1||Electrooculography (EOG):1||Emotion:1||Emotion recognition:1||Epileptogenic zone:1||Error estimation:1||EventRelated Potentials:1||Eventrelated potential (ERP):1||Eventrelated potentials (ERP):1||Eventrelated spectral perturbation:1||Eventrelated synchronization:1||Eye blink:1||Eye tracker:1||Eyewriting:1||Facial electromyography:1||Facial emotion processing:1||Facial expression:1||Facialexpression recognition:1||Fast scan cyclic voltammetry:1||Fear:1||Fearful emotion:1||Feature extraction:1||Forward problem:1||Frontal Negativity:1||Frontal lobe dysfunction:1||

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