ScholarWorks@Hanyang University: Kim, In Young

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Kim, In Young (김인영)

COLLEGE OF MEDICINE (DEPARTMENT OF BIOMEDICAL ENGINEERING)

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Tel 02-2291-1713
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Virtual reality:8||Hearing aid:7||Beamforming:5||blood pressure:5||chest compression:4||s disease:4||Parkinson&apos:4||hippocampus:4||Deep learning:4||cardiopulmonary resuscitation:4||Internet gaming disorder:4||cortical thickness:4||Schizophrenia:3||heart rate variability:3||support vector machine:3||spatial attention:3||Dopamine:3||inertial measurement units:2||Wearable device:2||Spatial noise reduction:2||Inertial sensor:2||internet gaming disorder:2||schizophrenia:2||Epidural ECoG:2||Epilepsy:2||intracranial electroencephalography:2||shape analysis:2||simulation:2||juvenile myoclonic epilepsy:2||diabetic nephropathy:2||diffusion tensor imaging:2||Muscle testing:2||Expression:2||Pulse wave velocity:2||Artherosclerosis:2||sphygmomanometry:2||machine learning:2||Face landmark:2||Fastscan cyclic voltammetry:2||magnetic resonance imaging:2||Fastscan cyclic voltammetry (FSCV):2||Neuromuscular Stimulus:2||Deception detection:2||Rehabilitation:2||Risk factor:2||surface potential:2||Noise reduction:2||motion artifact:2||Forensic investigation:2||Korotkoff sounds:2||Objectlocation binding memory:2||Surface electrodes:2||epidural ECoG:2||epilepsy:2||autonomic nervous system:2||Beamsteering:2||fat thickness:2||feature selection:2||Laser irradiation:2||beamforming:2||ECG:2||EEG:2||Long short term memory:2||biometrics:2||Braincomputer interface:2||bipolar recording:2||Classification:2||virtual reality:2||Paired pulse voltammetry (PPV):2||Electrocardiogram:2||braincomputer interface:2||nonspatial attention:2||gray matter volume:2||obsessivecompulsive disorder:2||Electrochemistry:2||oscillometric:2||MRI:2||hearing aid:2||personal identification:2||hearing aids:2||photoplethysmography:2||Deep brain stimulation:2||Electrogastrography:2||Virtual Reality:2||heart arrest:2||Visual feedback:2||Convolutional neural network:2||Digital hearing aids:2||corpus callosum:2||Emotional situation:2||Deeplearning:2||Metabolic syndrome:2||Presence· Virtual reality· fMRI· Schizophrenia· Cingulate cortex.:2||Forensic science:1||Freesurfer:1||Functional connectivity:1||Funnel chest:1||Gait analysis:1||Gait distance:1||Generative adversarial network:1||Granger causality:1||Hallucination:1||Hallucinations:1||Hand:1||Head movement:1||Headup tilt:1||Hearing Aid:1||Hearing Loss:1||Hearing aid control:1||Hearing aids:1||Hearing impairment:1||Hearing loss:1||Hearing loss simulation:1||Hearing loss simulator:1||Hearing sensitivity:1||Heart rate monitoring:1||Heart rate variability:1||Heat shock protein 90:1||Helicobacter pylori:1||Hemispatial neglect:1||Hemostasis:1||Hemostatic clip:1||Hepatic fat fraction:1||Hermite Basis Function:1||Hierarchical classification:1||Higher Order Statistics:1||Hippcampus:1||Human computer interface:1||Human factor:1||Hyoid bone:1||Implantable infusion device:1||Independent component analysis:1||Inertial Measurement Units:1||Inflation:1||Insight:1||Insulation:1||Interaction:1||Interhemisphere:1||Interpersonal distance:1||Intrathecal infusion device:1||Intravoxel incoherent motion diffusionweighted imaging:1||IκB kinase:1||Kinetic analysis of DA:1||Korotkoff sound:1||Laparoscopic surgery:1||Left ventricle working load:1||Left ventricular assist device:1||Longterm potentiation (LTP):1||Longitudinal apparent diffusion coefficient:1||Low frequency stimulation:1||Lowfrequency oscillation:1||MR phantom:1||Machine Learning:1||Management algorithm:1||Masking threshold:1||Maturation:1||Medication reservoir:1||Medicine:1||Memory:1||Microelectrodes:1||Mitogenactivated protein kinase:1||Motion capture system:1||Multielectrode array (MEA):1||N2:1||NALNL1:1||NFκB:1||Negative symptom:1||Nerve growth factor (NGF):1||Neural prostheses:1||Neurological motor disease:1||Neuronal activity:1||NonHuman Primate:1||Nonalcoholic fatty liver disease:1||Objective measurement:1||Olfaction Disorders:1||Olfactometry:1||Orthopedics:1||PCA:1||PCB:1||Paired pulse voltammetry:1||Parietal cortex:1||Parkinson Disease:1||Patient Preference:1||Pattern Classification:1||Pectus excavatum:1||Pedunculopontine nucleus:1||Personal space:1||Phonetics:1||Polymer nanofibers:1||Positron emission tomography:1||Preference:1||Presence:1||Primary afferent Cfibers:1||Primary blast injury:1||Propofol:1||Proprioception:1||Proprioception feedback:1||Prosodic cue:1||Proximal femur:1||Quantitative assessment index:1||ROI (Region of interest):1||RSSI:1||Rat:1||Ratelimited reduction process:1||Reality monitoring:1||Redox ratio:1||Rotator cuff tear:1||SVM:1||Saccade:1||Salience:1||Sawhorse waveform:1||Screw ECoG:1||Segmental signal to noise ratio:1||Segmentation:1||Seizure detection:1||Seizures:1||Selective attention:1||Selective prediction:1||Sensorineural hearing impairment:1||Serotonin:1||Sex differences:1||Shoulder:1||Signal Processing:1||Silent speech interface (SSI):1||Single microphone noise reduction:1||Skin Hydration:1||Sleep apnea syndrome:1||Slow cortical potential (SCP):1||Smell:1||Social pressure:1||Sound localization:1||Sound training:1||Speaker identification:1||Spectral cue:1||Spectral smearing:1||Speech Classification:1||Speech Recognition:1||Speech enhancement:1||Speech intelligibility:1||Speech perception in noise:1||Speech quality:1||Speech quality test:1||Speech recognition:1||Spike pattern analysis:1||Stereoscopic vision:1||Strabismus:1||Stratum Corneum:1||Stress conditions:1||Striatum:1||Stroke:1||Subjective experiment:1||Subthalamic Nucleus:1||Support Vector Machine:1||Susecptance Method:1||Swap error measurement:1||Tactile threshold:1||Tapping:1||Temperature:1||Thalamocortical connection:1||Thermography:1||Theta coherence:1||Threeaxis accelerometer:1||Tonic DA concentration:1||Transversal apparent diffusion coefficient:1||TrkA (tropomyosin receptor kinase) receptor:1||VACCVLUNG ratio graphs:1||Variational autoencoder:1||Ventricular electrocardiogram:1||Vessel bleeding:1||Videofluoroscopic:1||Visual information:1||Visual system:1||Voice activity detection:1||Volatile organic component:1||Volume compensation:1||Wavelet transform:1||Wearable devices:1||Women divers:1||ZigBee:1||[18F]fluoro2deoxyDglucose:1||accelerometer:1||accelerometry:1||active RFID:1||adaptation:1||adaptive feedback cancellation:1||addiction:1||advanced cardiac life support:1||arrhythmia detection:1||artificial intelligence:1||artificial neural network:1||assessment:1||asymmetry:1||attention network:1||audiometry:1||auditory cortex:1||auscultation:1||auscultatory method:1||authentication:1||automated remote decisionmaking:1||autonomic regulation:1||average template:1||basic life support:1||bed:1||bimanual:1||biomedical informatics:1||biosignal processing:1||blood pressure measurement:1||blood pulsation effect:1||body ownership:1||brain oscillation:1||breathhold diving:1||cardiac arrest:1||cardiovascular disease:1||chitosan:1||classification:1||cognitive control:1||composite:1||compression:1||computeraided analysis:1||connectivity:1||continuous:1||cortical surface:1||cortical surface reconstruction algorithm:1||costsensitive learning:1||cross correlation:1||cuff pressure:1||cuffless:1||dVCG:1||decision support systems:1||deformation fields:1||device validation:1||digital mammogram:1||digital recording:1||directional microphone:1||discharge pattern:1||displacement:1||distortion correction:1||domain knowledge:1||druginduced parkinsonism:1||effector classification:1||electrocardiogram:1||electrooculogram (EOG):1||electrospinning:1||empirical mode decomposition (EMD):1||endoscopy:1||ensemble average:1||environmental novelty:1||environmental novelty encoding:1||epicranial EEG:1||evaluation:1||executive control:1||fMRI:1||feedback:1||finite element method:1||flow sensor:1||folding area:1||fractal dimension:1||frontal lobe:1||frontoparietal network:1||frontoparietal network:1||functional connectivity:1||gait recognition:1||gait training:1||gameplay:1||gender difference:1||glucose metabolism:1||gray matter:1||hand and finger kinematics:1||hand function assessment:1||hardware platform:1||healthcare:1||hearing device:1||hearing impaired:1||hearing level:1||hearing loss simulator:1||heart rate variability (HRV):1||heartrate variability:1||hierarchical classification:1||highfrequency oscillations:1||human hearing threshold:1||hydrogels:1||image processing:1||image registration:1||independent component analysis:1||individual identification:1||inferior parietal lobe:1||insufflator:1||insula:1||interpenetrating networks (IPN):1||interpenetrating polymer network: electrosensitive polymers: state of water:1||intracranial electroencephalography:1||knee angle:1||lacerations:1||laparoscopic surgery:1||left SMA:1||left frontal cortex:1||low intensity focused ultrasound:1||lowfrequency oscillations:1||lung injury:1||magnetic resonance (MR):1||magnetic resonance Imaging:1||mass casualty incident:1||mechanical device:1||metabolic equivalent of task:1||microphone cover:1||mobile health:1||mobile phone:1||movement prediction:1||multiseed based region growing:1||multiview analysis:1||multiwall carbon nanotube:1||multiwavelength:1||multiband:1||multichannel electrode array:1||multiple regression:1||nanofiber:1||nasal obstruction:1||nasal polyposis:1||national trauma data bank:1||neglect:1||neural prosthetics:1||neurovisceral integration:1||nociception:1||noise cancelation:1||noise reduction:1||nonhuman primates:1||noninvasive blood pressure:1||noninvasive blood pressure measurement:1||nonlinear:1||nonlinear features:1||noninvasive:1||noninvasive blood pressure:1||normalization:1||objective assessment:1||olfaction:1||otolaryngology:1||parietal cortex:1||parietal lobe:1||peak detection:1||phonocardiogram:1||physical activity energy expenditure:1||poly(ethylene oxide):1||polyimide (PI) electrode:1||posture:1||prefrontal cortex:1||pressure control:1||primary triage:1||proprioception:1||proximal femur:1||pulse transit time:1||puretone audiometry:1||quantitative validation:1||randomized controlled trial:1||realtime motion:1||recurrent neural networks:1||recursive least square:1||rehabilitation:1||repeated transcranial magnetic stimulation:1||resting metabolic rate:1||rhinology:1||right hemisphere lateralization:1||risk factor analysis:1||risk/reward decisionmaking:1||seizure:1||sense of agency:1||sex differences:1||singlelead:1||singleunit recording:1||sinusitis:1||smart ring:1||smartring:1||sound intensity:1||sound pressure level:1||spatial navigation:1||spatial sound movement:1||spike train analysis:1||step deflation:1||stiffknee:1||stress assessment:1||stroke:1||structural variations:1||subtraction:1||sulcal depth:1||support vector machines:1||surfacebased method:1||surfacebased morphometry:1||surgical tape:1||sustained attention:1||swelling:1||targeted box and block test:1||template matching:1||temporal decoding:1||temporal encoding:1||temporal lobe epilepsy:1||textural features:1||theta power:1||timefrequency analysis:1||tissue adhesive:1||tractography:1||tremor:1||ubiquitous healthcare:1||ultrashortterm HRV analysis:1||unbalanced data distribution:1||upperextremity limb:1||validation:1||various physiological conditions:1||vigilance:1||visualization:1||visually guided reaching:1||voxelbased morphometry:1||wearable:1||wearable sensor:1||wearing position:1||women divers:1||대사증후군:1||동맥경화:1||맥파 속도:1||위험요인:1||1D CNNbLSTM:1||현존감·가상현실·기능자기공명영상·정신분열병·대상피질.:1||2[F18]fluoro2deoxyDglucose:1||5Hydroxytryptamine:1||6Hydroxydopamine:1||AHRS:1||Acceleration:1||Accelerometer:1||Acoustic feature:1||Acoustic simulation:1||Acoustics:1||Adaptive noise reduction:1||Age:1||Age Classification:1||Alcohol cue:1||Amputation:1||Anomaly detection:1||Anterior prefrontal cortex:1||Artificial Intelligence:1||Artificial intelligence:1||Asymmetric directional microphone:1||Attitude heading reference system:1||Auditory P300:1||Auditory evoked potential:1||Auditory hallucination:1||Auditory mental speller:1||Auditory steadystate response (ASSR):1||Auditory verbal hallucination:1||Augmentative and alternative communication:1||Authentication:1||Avatar:1||BMDAQ:1||BOLD:1||Behindtheear EEG:1||Binaural:1||BioSignal Processing:1||Biological signal measurement:1||Biomedical engineering:1||Biomimetics:1||Body disorder:1||BrainComputer Interfaces:1||BrainVISA:1||Breath gas:1||Breathhold diving:1||CLASP:1||CXCL2:1||Carbon dioxide:1||Carbonfiber microelectrodes:1||Cardiopulmonary resuscitation:1||Carpal bone image segmentation:1||Central auditory processing:1||Cerebrospinal fluid:1||Chest wall deformity:1||Clostridium difficile toxin A:1||Cognitive control:1||Cognitive flexibility:1||Cognitive load:1||Companding:1||Component:1||Computer based rehabilitation:1||ComputerAssisted:1||Computerized diagnosis:1||Conjugated linoleic acids:1||Control:1||Counterpulsation control:1||Decision assisting:1||Decision making:1||Deep Brain Stimulation:1||Deep Neural Network:1||Deep neural network:1||Deglutition:1||Deglutition disorders:1||Dendritic cells:1||Diagnosis:1||Dichotic Listening Tests:1||Diffusion kurtosis imaging:1||Diffusion tensor imaging:1||Diffusionweighted imaging:1||Digital Signal Processing:1||Directional microphone:1||Doubleintegration:1||Dower transform:1||Dysphagia:1||EMG:1||ERP:1||Egocentric reference frame:1||Electrocorticogram:1||Electroencephalography:1||Electrophysiology:1||Electrospinning:1||Endoscopic surgery:1||Eye blinking:1||Eye gaze:1||Fentanyl:1||

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