ScholarWorks@Hanyang University: Jang, Dong Pyo

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Jang, Dong Pyo (장동표)

GRADUATE SCHOOL OF BIOMEDICAL SCIENCE AND ENGINEERING (서울 생체의공학과)

Research Area: 의공학, 신경공학

Tel 02-2220-2426
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Hearing aid:7||Dopamine:5||s disease:5||Parkinson&apos:4||Paired pulse voltammetry (PPV):4||Beamforming:4||Deep brain stimulation:4||Schizophrenia:4||epidural ECoG:3||EEG:3||Fastscan cyclic voltammetry (FSCV):3||spatial attention:3||MRI:3||Electrochemistry:3||brainmachine interface:2||small animal PET:2||fMRI:2||Beamsteering:2||fastscan cyclic voltammetry:2||finite element method:2||Classification:2||Fast scan cyclic voltammetry (FSCV):2||Spatial noise reduction:2||Fastscan cyclic voltammetry:2||neurocinematics:2||[F18]FDG:2||accelerometer:2||hearing aids:2||tonic dopamine:2||nonspatial attention:2||nucleus accumbens:2||addiction:2||Noise reduction:2||Dopamine (DA):2||voltammetry:2||hippocampus:2||displacement:2||Objectlocation binding memory:2||Medial forebrain bundle (MFB):2||dopamine:2||Superior temporal sulcus:2||bimanual:2||Tactile threshold:2||internet gaming disorder:2||Sensors:2||intracranial electroencephalography:2||blood pressure:2||low intensity focused ultrasound:2||Deep brain stimulation (DBS):2||Epidural ECoG:2||braincomputer interface:2||Electrocardiography:1||Electrocorticogram:1||Electrocorticography:1||Electrodes:1||Electrophysiology:1||Estimation:1||Eye blinking:1||Eye gaze:1||Fast scan cyclic voltammetry:1||Frontopolar cortex:1||GABA:1||Granger causality:1||Harmaline:1||Headup tilt:1||Hearing Aid:1||Hearing Loss:1||Hearing aid control:1||Hearing aids:1||Hearing impairment:1||Hearing loss:1||Heart rate monitoring:1||High genetic risk:1||Hippcampus:1||Hyoid bone:1||Independent component analysis:1||Insulation:1||Inter eye blink interval:1||InterSubject Correlation:1||Interhemisphere:1||Kinetic analysis of DA:1||Korotkoff sounds:1||Low frequency stimulation:1||Lowfrequency oscillation:1||MAOB:1||MCAO:1||Magnetic resonance spectroscopy:1||Management algorithm:1||Masking threshold:1||Medical device safety:1||Memory:1||Monitoring:1||Multiparty conversation:1||N2:1||Neck:1||Neckband device:1||Neural prostheses:1||Neurochemical:1||Neurochemistry:1||Neurocinematics:1||Neurological motor disease:1||Neuromodulation:1||Neuronal activity:1||NonHuman Primate:1||Objective measurement:1||Paired pulse voltammetry:1||Partial least squares regression (PLSR):1||Patient Preference:1||Pedunculopontine nucleus:1||Positron emission tomography:1||Preference:1||Primary afferent Cfibers:1||Primary blast injury:1||Principal component analysis (PCR):1||Proprioception feedback:1||Prosodic cue:1||Rat:1||Ratelimited reduction process:1||Redox ratio:1||Saccade:1||Sawhorse waveform:1||Screw ECoG:1||Segmental signal to noise ratio:1||Semantic hierarchical structure:1||Sensorineural hearing impairment:1||Serotonin:1||Sex differences:1||Signal Processing:1||Single microphone noise reduction:1||Social behaviors:1||Social interaction:1||Social perception:1||Social rejection:1||Sound Intensity:1||Sound localization:1||Spectral cue:1||Spectral smearing:1||Speech enhancement:1||Speech intelligibility:1||Speech quality:1||Speech quality test:1||Spike pattern analysis:1||Striatum:1||Stroke:1||Subjective experiment:1||Swap error measurement:1||Tapping:1||Thalamofrontal connectivity:1||Theta coherence:1||Tonic DA concentration:1||Tonic dopamine:1||VACCVLUNG ratio graphs:1||Videofluoroscopic:1||Virtual Reality:1||Virtual reality:1||Voice activity detection:1||Voltammetry:1||Wavelet transform:1||[18F]fluoro2deoxyDglucose:1||adaptation:1||affective computing:1||animal model:1||artificial neural network:1||astrocytes:1||attention network:1||auditory cortex:1||auscultation:1||auscultatory method:1||autonomic nervous system:1||beamforming:1||bimanual movement:1||bioresorbable materials:1||biosignal processing:1||blood pressure (BP):1||brain area:1||brain oscillation:1||broadband:1||cardiovascular disease:1||classification:1||cocaine:1||cognitive control:1||cognitive film theory:1||computational neuroscience:1||concentration estimation:1||connectivity:1||continuous blood pressure monitoring:1||culture content:1||cyclic voltammetry:1||cynomolgus:1||deep brain stimulation:1||deep learning:1||directional microphone:1||discharge pattern:1||discrimination:1||dog:1||effector classification:1||electrocardiogram:1||electrochemistry software:1||electrocorticography (ECoG):1||electroencephalography:1||electroencephalography (EEG):1||ensemble average:1||environmental novelty:1||environmental novelty encoding:1||epidural electrical stimulation:1||epilepsy:1||explainable artificial intelligence:1||eye blink:1||fast scan cyclic voltammetry:1||fear response:1||fornix:1||frequency band:1||frontoparietal network:1||frontoparietal network:1||functional neuroimaging:1||gameplay:1||glucose metabolism:1||hearing aid:1||hearing impaired:1||hearing level:1||hearing loss simulator:1||heart rate variability:1||highfrequency oscillations:1||highgamma:1||histopathology:1||human hearing threshold:1||human skull phantom experiment:1||hypoxia:1||impedance plethysmogram:1||impedance plethysmogram (IPG):1||individual identification:1||inferior parietal lobe:1||insula:1||intersubject correlation:1||intracranial electroencephalography:1||ischemic stroke:1||left frontal cortex:1||lowfrequency oscillations:1||lung injury:1||memory capacity:1||mental disorders:1||metabolic equivalent of task:1||microphone cover:1||movement prediction:1||movement state classification:1||movie clip:1||narrowband:1||nasal obstruction:1||nasal polyposis:1||neckband:1||neural engagement index:1||neural prosthetics:1||neurochemical:1||neurochemical systems:1||neuroscience:1||nociception:1||nonhuman primates:1||olfaction:1||optimization:1||otolaryngology:1||parietal lobe:1||pharmafMRI:1||phase synchronizer:1||phonocardiogram:1||physical activity energy expenditure:1||pig:1||positron emission tomography:1||principal component regression:1||psychiatry:1||pulse arrival time (PAT):1||pulse transit time:1||reactive braincomputer interface:1||readout integrated circuit:1||repeated transcranial magnetic stimulation:1||resting metabolic rate:1||rhinology:1||right hemisphere lateralization:1||rodent:1||schizophrenia:1||secondary task reaction time:1||seizure detection:1||shape analysis:1||signal processing:1||silicon nanomembranes:1||singlelead:1||sinusitis:1||somatosensory:1||sound intensity:1||sound pressure level:1||spatial navigation:1||spectral analysis:1||spike train analysis:1||streptozotocininduced AD model:1||striatum:1||substantia nigra pars compacta:1||sustained attention:1||temporal decoding:1||temporal encoding:1||temporal interference stimulation:1||theta power:1||timefrequency analysis:1||tonic inhibition:1||tonic neurotransmitters:1||tremor:1||tyrosine hydroxylase:1||upperextremity limb:1||vigilance:1||visual attention:1||visually guided reaching:1||wearable:1||wearing position:1||2[F18]fluoro2deoxyDglucose:1||wireless accelerometer:1||2D materials:1||3.0 T:1||5Hydroxytryptamine:1||6Hydroxydopamine:1||Acceleration:1||Acoustic feature:1||Acoustic simulation:1||Acoustics:1||Adaptive noise reduction:1||Age:1||Alzheimer&apos:1||Amputation:1||Anterior thalamic radiation:1||Asymmetric directional microphone:1||Auditory processing:1||Augmentative and alternative communication:1||Autism spectrum disorder:1||BMDAQ:1||BOLD:1||Baseline tracking:1||Binaural:1||Biological signal measurement:1||Biomedical monitoring:1||Brain computer interface:1||BrainComputer Interfaces:1||Braincomputer interface:1||Carbonfiber microelectrodes:1||Central auditory processing:1||Cognitive load:1||Computational simulation:1||Computer based rehabilitation:1||ComputerAssisted:1||Control:1||DES:1||DOPA decarboxylase:1||Daily life:1||Decoding words:1||Deep learning:1||Deglutition:1||Deglutition disorders:1||Diagnosis:1||Dichotic Listening Tests:1||Diffusion Tensor Imaging:1||Digital Signal Processing:1||Digital hearing aids:1||Dorsolateral prefrontal cortex:1||Dysphagia:1||ERP:1||Electrical stimulation:1||Electrocardiogram:1||

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