ScholarWorks@Korea University: SUK, HEUNG IL

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SUK, HEUNG IL (석흥일)

Graduate School (Department of Artificial Intelligence)

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Tel 02-3290-5930
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Deep learning:12||deep learning:10||Magnetic resonance imaging:9||Alzheimer's disease:8||Feature selection:6||Brain modeling:5||Alzheimer's Disease:4||Bioinformatics:4||missing value imputation:4||Training:4||Task analysis:4||Video Surveillance:3||Data models:3||mild cognitive impairment:3||Alzheimer's disease (AD):3||electroencephalography:3||transfer learning:3||Mild cognitive impairment:3||Deep Learning:3||Dynamic Bayesian Network:3||Electroencephalography:3||Feature extraction:3||feature selection:3||Liver:3||Neuroimaging:2||Autism spectrum disorder:2||Human Interaction Recognition:2||Functional connectivity:2||Mild Cognitive Impairment:2||braincomputer interface:2||Predictive models:2||intersubject:2||selfsupervised learning:2||Subspace learning:2||Manifold learning:2||medical image analysis:2||magnetic resonance imaging:2||Transfer learning:2||Cirrhosis:2||Time series analysis:2||BrainComputer Interface (BCI):2||Volumetry:2||electroencephalogram (EEG):2||Network of Dynamic Probabilistic Models:2||동적 베이지안 네트워크:2||Dynamic Bayesian network:2||Alzheimer's Disease (AD):2||Kernel:2||domain shift:2||Diseases:2||motor imagery classification:2||Mild cognitive impairment (MCI):2||Restingstate fMRI:2||Spleen:2||Estimation:2||normalization:2||mutual information:2||deep generative model:2||Mild cognitive impairment conversion:2||manifold learning:2||비디오 서베일런스:2||effective connectivity:1||Hidden markov models:1||electroencephalography (EEG):1||cognitive system:1||Canonical correlation analysis:1||Multiclass classification:1||Magnetic resonance imaging (MRI):1||Restingstate functional magnetic resonance imaging:1||neuroimaging data analysis:1||point clouds:1||Kmeans clustering:1||Electroencephalogram (EEG):1||spatiospectral filter optimization:1||nonlinear dimensionality reduction:1||ERD/ERS:1||3차원 손 모델:1||Coupled particle filter:1||3D Hand Pose Tracking:1||brainmachine interface:1||Medical services:1||Uncertainty:1||imagetoimage translation:1||uncertainty:1||Imaging genetics:1||Explainable AI (XAI):1||Graph neural networks:1||transformer:1||Autism spectrum disorder (ASD):1||Autism:1||ROI selection:1||longitudinal data:1||neural ordinary differential equations (ODEs):1||Brain aging:1||Pulmonary nodule detection:1||Neuroimaging genetic study:1||steadystate somatosensory evoked potential (SSSEP):1||motor imagery (MI):1||hierarchical clustering:1||MCI conversion:1||Convolutional neural network:1||ensemble learning:1||Region Selection:1||Tensor Regression:1||Deep architecture:1||Dynamic functional connectivity:1||Sample selection:1||motion influence map:1||view invariance:1||volumetric spatial feature representation:1||Multimodal data fusion:1||Shared feature representation:1||Gaussian process regression:1||network of dynamic probabilistic models:1||Coupled hidden Markov model:1||3D hand tracking:1||3D hand model:1||Probabilistic Graphical Model:1||time series modeling:1||Outcomes research:1||Hepatitis B:1||domain adaptation:1||Mutual information:1||Disease Progression Modeling:1||Longitudinal Data:1||Missing Value Imputation:1||Interpolation:1||Psychotic disorder not otherwise specified:1||Counterfactual Reasoning:1||Structural Magnetic Resonance Imaging:1||Transforms:1||Gadolinium methoxybenzyl DTPA:1||Midtolongterm prediction:1||domain generalization (DG):1||brain age:1||Convolution:1||Manifolds:1||Transformers:1||Counterfactualguided attention:1||Artificial intelligence:1||Abnormality representation:1||False positive reduction:1||Lung cancer screening:1||Sparse regression model:1||unsupervised feature learning:1||sparse coding:1||Multimodal classification:1||Biometrics:1||신뢰 전파(Belief Propagation):1||은닉 마르코프 모델:1||인간컴퓨터 상호작용:1||data augmentation:1||deep learning (DL):1||electronic health records (EHRs):1||uncertainty.:1||Tomography:1||Esophageal and gastric varices:1||Gadoxetic acid:1||Electronic Health Records:1||Schizophrenia:1||layerwise relevance propagation:1||Selfsupervised learning:1||Alzheimer’s disease:1||cognitive decline:1||electronic healthcare records:1||Multistream feature integration:1||autism spectrum disorder:1||multiple clusters:1||identification:1||Electromyogram (EMG):1||Multimodal classification:1||Crowded scenes:1||Motor imagery classification:1||3차원 손 포즈 추적:1||Virtual Keypad:1||representation learning:1||electronic health records (EHR):1||Reinforcement learning:1||Graph neural network:1||Liver cirrhosis:1||Xray computed:1||Selfattention:1||Time measurement:1||Alzheimer?s Disease:1||manifold ordinary differential equation:1||structural MRI (sMRI):1||schizophrenia:1||predictive model:1||MCI diagnosis:1||coupled feature (CFR) representation:1||Temporal dynamics:1||Representing regional BOLD fluctuations:1||imaginggenetic analysis:1||support vector machine:1||Deep ensemble learning:1||proportional control:1||Sparse least squared regression:1||Manifold regularization:1||action recognition:1||Deep Boltzmann Machine:1||Facespecific visual self representation:1||Discriminative feature extraction:1||pseudodata:1||sequence labeling:1||Continuous gesture spotting:1||결합된 파티클 필터:1||다중 증거 결합:1||multicue integration:1||휴먼 상호 행동 인식:1||HumanComputer Interaction:1||prefrontal cortex:1||mortality prediction:1||Personalized regions selection:1||Restingstate functional magnetic resonance&nbsp:1||living right liver donors:1||Thalamocortical pathway:1||Location awareness:1||Explainable AI:1||Prototype Learning:1||Brain age prediction:1||brain tumor segmentation:1||simple fully convolutional networkbased regression:1||Trajectory:1||History:1||Imagetoimage translation:1||major depressive disorder (MDD):1||Computeraided AD:1||coupled boosting (CB):1||Interpretable diagnostic model:1||Deep neural network:1||braincontrolled wheelchair:1||lowrank regression:1||functional magnetic resonance imaging:1||functional network analysis:1||causality:1||topdown processing:1||myoelectric interfaces:1||Multitask learning:1||Person authentication:1||Electroencephalography (EEG):1||Online conditional random field:1||Aitken acceleration:1||3D pose estimation:1||human interaction analysis:1||subinteractions:1||휴먼휴먼 상호 행동 인식:1||Hand gestures recognition:1||가상 키패드:1||Hidden Markov Model:1||style transfer.:1||motor imagery:1||Braincomputer interface (BCI):1||CT volumetry:1||Representation Reinforcement:1||Visualization:1||Organ size:1||Spatiotemporal model:1||restingstate fMRI:1||Support vector machines:1||geometric modeling:1||prognosis:1||Counterfactual reasoning:1||Quantitative featurebased indepth analysis:1||Identity preservation:1||Sparse Group LASSO:1||Segmentation:1||Magnetic Resonance Imaging:1||Multiple Responses:1||Hidden Markov model:1||multiclass classification:1||Semisupervised learning:1||Mild Cognitive Impairment (MCI):1||Latent feature representation:1||depth camera:1||Mild Cognitive Impairment (MCI) conversion:1||Spatial filter optimization:1||ElectroEncephaloGraphy (EEG):1||확률 그래프 모델:1||Belief Propagation:1||cognition:1||Stochastic processes:1||fewshot learning:1||subjectindependent:1||Recurrent Neural Networks:1||segmentation:1||Biomedical imaging:1||Perturbation methods:1||Visual Explanation:1||PM2.5 prediction:1||Cholesky space:1||symmetric positive definite matrix:1||brain disease diagnosis:1||metalearning:1||modulation network:1||multisite fMRI:1||Image reconstruction:1||Technology planning:1||structural magnetic resonance imaging:1||Alzheimer’s disease (AD):1||Biological system modeling:1||Sepsis:1||Trajectory optimization:1||offline reinforcement learning (RL):1||sepsis:1||graph convolutional networks (GCNs):1||restingstate functional magnetic resonance imaging (rsfMRI):1||Measurement:1||coupled metric ensemble (CME):1||Multiscale convolutional neural network:1||Reduced rank regression:1||Brainmachine interfaces (BMIs):1||discriminative restricted Boltzmann machine:1||Sparse coding:1||Positron emission topography (PET):1||subspace learning:1||unusual activity detection:1||visionbased surveillance:1||Sparse regression learning:1||Joint sparse learning:1||neuroimaging analysis:1||incremental learning:1||video surveillance:1||PersontoPerson Interaction Recognition:1||frequency bands selection:1||3차원 손 추적:1||동적 확률 모델 네트워크:1||Factorization:1||inhospital mortality prediction:1||timeseries modeling:1||electroencephalogram:1||Decoding:1||ConversionTime Prediction:1||Cognitive tests:1||imaging:1||Genetics:1||single nucleotide polymorphism:1||Irregular Time Series Modeling:1||Cognition:1||ExplanationGuided Attention:1||Fatty liver:1||Hybrid model:1||multivariate time series modeling:1||Electrodes:1||Dynamic treatment regimes (DTRs):1||Feature disentanglement:1||

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