ScholarWorks@Gachon: Whangbo, Taeg Keun

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Whangbo, Taeg Keun (황보택근)

College of IT Convergence (컴퓨터공학부(컴퓨터공학전공))

Research Area: 컴퓨터비전, 그래픽스

Tel 031-750-5417
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Deep learning:8||healthcare:7||wearable computer:6||Internet of things:6||MR image:6||AAL:6||deep learning:5||authentication:5||security:5||VR:4||Segmentation:4||Curve fitting:4||HMD:4||Object recognition:3||Susceptibility Weighted Imaging (SWI):3||COVID19:3||Healthcare:3||Optical flow:3||Artificial intelligence:3||Serious games:3||Virtual Reality:3||component:3||Machine learning:3||Stroke:3||Urolithiasis:3||Project Management:2||Field map unwrapping:2||image enhancement:2||R2 map:2||Stereoscopic 3D:2||뇌졸중 검출:2||Stroke Detection:2||Stroke detection:2||머신러닝:2||R2map:2||BCI:2||log mel spectrogram:2||Brain CT:2||Mobile:2||active appearance model:2||Convolutional neural network:2||얼굴 특징 검출:2||artificial intelligence:2||Recommendation system:2||LDA:2||moving object:2||moving object detection:2||moving shadow detection:2||자기공명 영상:2||Brain Segmentation:2||Active contour model:2||ResNet:2||Human Factor:2||convolutional neural network:2||Face Feature Detection:2||Lifelog:2||Critical Chain:2||Multicasting:2||Text mining:2||Adjacent circularshape objects:2||Texture Analysis:2||Texture analysis:2||Motion Scikness:2||AAM:2||Area Under the Curve(AUC):2||Fat quantification:2||difference of overlap regions:2||Scheduling:2||Local feature:2||Object contour tracking:2||HCI:2||Image processing:2||MFCC:2||speech emotion recognition:2||Dilated convolution:2||CNN:2||Image stitching:2||Organizations:2||MRI:2||Machine Learning:2||Feature extraction:2||3D region growing:2||Field map estimation:2||ghosting artifacts:2||Software:2||Internet of Things:2||Project Buffer:2||Depth propagation:1||Depthmap:1||Detectron2:1||DevOps:1||Diorama:1||Diving Computer:1||Dominant color descriptor:1||Dose:1||ECC:1||EEG:1||Early stroke detection:1||Edge computing:1||Edge metric dimension:1||Edutainment:1||Effective Object Recognition:1||Electroencephalogram (EEG):1||Embedded IoT systems:1||Embedded System:1||Emotional Classification:1||Emotions:1||Encoder–decoder:1||Energy function:1||Ensemble:1||Essential matrix:1||Extreme precipitation:1||F model:1||FBCSP (filter bank common spatial pattern):1||FID:1||FMD:1||Fabrication:1||Face analysis:1||Face parsing:1||Face segmentation:1||Facial feature points:1||Facial landmarks:1||Fast RCNN:1||Faster RCNN:1||Feature:1||Feature Extraction:1||Feature detection:1||Field Map Estimation:1||Fire detection:1||Firelike lights:1||Flame detection:1||Flooding:1||Fog Computing:1||Fundamental matrix:1||Fuzzylogic:1||Games AI:1||Gamification:1||Gaussian Mixture Model:1||Gesture recognition:1||Google earth:1||Grabcut:1||Greedy snake algorithm:1||Grid fit:1||HIPI:1||HL7:1||HMD (Head mounted display):1||Hadoop:1||Health and Disease Care System:1||Healthcare applications:1||Hessian matrix:1||Hexderived networks:1||Hexagonal network:1||Hierarchical information:1||Highfield MR:1||Higher education:1||Honeycomb network:1||Human computer interaction:1||Human voice recognition:1||Hybrid app:1||IS:1||IT Convergence:1||Identification:1||Illumination Compensation:1||Illumination variation:1||Image:1||Image Similarity:1||Image reconstruction:1||Image retrieval:1||Immersive media:1||Indexing:1||Input:1||Integral images:1||Interaction:1||Internet of Thing:1||Intersection seed point:1||IoT:1||IoT application:1||KML:1||Knowledge Management:1||LSTM:1||Lane recognition:1||Legacy media:1||License Plate Recognition:1||Lifelog management system:1||Lightweight image superresolution:1||Liver Segmentation:1||Liver segmentation:1||Load Balancing:1||Load balancing:1||Local adaptive thresholding:1||Local binary pattern:1||Look up tables:1||MCI:1||MFCCs:1||MFER:1||MR Physical Information:1||MR Theory:1||MR theory:1||Malaria:1||Malaria risk:1||Malaria vulnerability webbased map:1||Man overboard:1||Media literacy:1||Medical image analysis:1||MelSpectrogram:1||Men:1||Metaverse:1||Mixed Reality:1||Mobile 3DTV:1||Mobile Voiding Chart:1||Mobile phone location:1||Mobile voiding hart:1||Modified Particle Swarm Optimization:1||Motion Sickness:1||Motion Vector:1||Multikernel depthwiseseparable convolution:1||Multiscreen service:1||Multiscale:1||Multisensory integration:1||Nondelay tolerant:1||Nontechnical skills:1||Ns2:1||Object Extraction:1||Object Recognition:1||Object segmentation:1||Object tracking:1||Obstacle detection:1||Occlusion detection:1||Omnistereo:1||Open API:1||Open API, Nscreen:1||Optimization:1||Outsourcing:1||PHR:1||Patient Master Index:1||Performance:1||Personnel:1||Phase Unwrapping:1||Pixel shift:1||Polyp segmentation:1||Predictive optimization:1||Presence:1||Prostatic Hyperplasia:1||R2맵:1||RESTful web service:1||RFDN:1||Random Forest:1||Realtime systems:1||Recurrent neural network:1||Region Growing Scheme:1||Region growing:1||ResNet50:1||Resource allocation:1||Riemannian geometry:1||SAR:1||SDN:1||SIFT:1||SVD:1||SVM:1||SWI:1||Safe driving service:1||Saliency cuts:1||Saliency map:1||Salient object extraction:1||Science and Technology Innovation Policy:1||Scuba Diving:1||Seamless connectivity:1||Semantic segmentation:1||Sensor networks:1||Sensory enhancement:1||Sentiment analysis:1||Sequenceaware embedding:1||Similarity Distance:1||Simulation:1||Smart band:1||Smart healthcare:1||Smart transportation:1||Smartphone base:1||Smartcontract:1||Smartphone:1||Snake algorithm:1||Snake point:1||SoH:1||Social VR game:1||Social media:1||Software engineering:1||Software systems:1||Spatial pattern recognition:1||Spectrogram:1||Standards organizations:1||Stereoscopic:1||Structure from motion:1||Super 35mm sensor:1||Supervised Color Checker:1||Surgical support technology:1||Surveillance system:1||Systematic Literature Review (SLR):1||Systematics:1||TDMB:1||Tactile graphics:1||Tag information:1||Tamsulosin:1||Task Scheduling:1||Task management:1||Task modeling:1||Task orchestration:1||Technical skills:1||Telementoring:1||Telesurgery:1||Textile Sensor:1||Tongue Diagnosis:1||Topic modeling:1||Topologies:1||Training:1||Transactiontrafficcontrol:1||Transfer Learning:1||Transfer learning:1||Trimap:1||UNet:1||UI:1||UX:1||Uhdtv:1||Ultrasonic image classification:1||Unicasting:1||Ureter stones:1||Ureteral calculi:1||Urinary Calculi:1||Urination:1||Urination Monitoring System:1||Urination Recognition:1||Urination recognition:1||Urination time:1||Urology:1||User Experience:1||User context:1||VR (Virtual reality):1||VR360°:1||Vanishing point:1||Video education:1||Virtual Reality(VR):1||Virtual globes:1||Virtual reality:1||Visualization:1||Visually impaired:1||Voice:1||Waterfat Separation:1||Wearable electronic devices:1||Wearable sensors:1||Web 3:1||Web security and privacy:1||Webbased metaverse:1||Weighted nonnegative matrix factorization:1||Wireless communication:1||Wireless sensor network:1||YOLO networks:1||YOLOv5:1||ambient assisted living:1||attention mechanism:1||attention modules:1||authentication protocol:1||automatic wrinkle detection:1||battery management system:1||blind and visually impaired:1||block:1||brain image:1||cancer:1||challenges:1||channel attention:1||classification model:1||clustering:1||clusteringbased recommendation system:1||cognitive therapy:1||color information:1||data mining:1||deep factorization:1||depth:1||developing countries:1||diabetes dataset:1||distributed computing:1||drooping mouth detection:1||echocardiogram:1||echocardiography:1||electrooscillography (EOG):1||endoscopy:1||ensemble techniques:1||face detection:1||face feature analysis:1||face feature points:1||face landmark detection:1||facial feature:1||facial wrinkles:1||factors:1||feature descriptor:1||feature extraction:1||feature extractor:1||fire detection:1||fire image dataset:1||fire warning system:1||flame classification:1||flooding:1||forehead wrinkle detection:1||forest fire:1||games industry:1||gastrointestinal conditions:1||generative adversarial networks:1||gradient direction:1||healthcare system:1||healthcare.:1||heterogeneous information:1||iFogSim:1||image cropping:1||implicit features:1||inception model:1||intensity:1||internet of thing:1||invariant feature:1||inverse transformational matrix:1||knee osteoporosis:1||latent Dirichlet allocation:1||luminance:1||machine learning:1||median filter:1||medical image superresolution:1||medical information:1||memory:1||metaverse:1||microsoft kinect:1||mixed multimedia contents:1||multicore processor:1||multimodal emotion recognition:1||mutant particle swarm optimization:1||nasolabial wrinkle line:1||network simulator2:1||neural network:1||news text:1||object detection:1||online education:1||online learning:1||parallel computing:1||particle swarm optimization:1||particle swarm optimization (PSO):1||personal healthcare record:1||prediction:1||pretrained MobileNetV2:1||quality of service:1||recommendation system:1||recurrent neural network:1||region growing:1||region offering network:1||retina net:1||sensors:1||service level agreement:1||skeletal health:1||skip connections:1||smart cities:1||smart glasses:1||smart technology:1||software outsourcing vendor organization:1||spectral analysis:1||speech feature:1||speech recognition:1||success factors:1||synthetic medical image:1||systematic literature review (SLR):1||tag information:1||tangent space:1||text mining:1||texture:1||transfer learning:1||uHealthcare:1||uhealthcare:1||ulcer:1||unicasting:1||uninterruptible power supply:1||virtual reality:1||wearable computing:1||web application:1||weighted ensemble learning:1||weighted nonnegative matrix factorization:1||wrinkle detection:1||가우시안 혼합 모델:1||간 영역 분할:1||감압 알고리즘:1||감정 분류:1||객체 유효 인식:1||객체 추출:1||고자장:1||뇌 영역 분할:1||뇌졸중:1||다이빙 컴퓨터:1||라이프로그:1||레거시 미디어:1||메타버스:1||멜스펙트로그램:1||물:1||미디어 리터러시:1||배경 모델링:1||스쿠버 다이빙:1||실감 미디어:1||앙상블:1||애로사슬:1||영상교육:1||영역성장법 스키마:1||위상 펼침:1||유헬스케어:1||음성:1||의료정보:1||일정 관리:1||자기공명 이론:1||자기공명영상:1||자화 강조 영상:1||전이학습:1||조명 변화:1||중국산업분석:1||지방 분해법:1||텍스처 분석:1||텍스타일 센서:1||텍스트 마이닝:1||특성추출:1||프로젝트 관리:1||프로젝트 버퍼:1||필드 맵 측정:1||.:1||헬스케어:1||0:1||2/3inch sensor:1||2Dto3D:1||2Dto3D conversion:1||3D Printing:1||3D Printing art reproducibility:1||3D converting:1||3D reconstruction:1||3DUHDTV:1||4K camera:1||ASPECT Score:1||AWS:1||Accountability:1||Aces:1||Active shapemodel (ASM):1||AdaBoost:1||Adaptive interfaces:1||Adenoma:1||Animation:1||Arduino:1||Aroma:1||Artificial cognition:1||Asian:1||Attention:1||Augmented Virtual Reality:1||Augmented reality:1||Automatic speaker recognition:1||BMI:1||BOW:1||Background Modeling:1||Bagging:1||Bell 's palsy detection:1||Biofeedback:1||Blockchain:1||Blockchainperformance:1||Brain segmentation:1||BrainComputer Interfaces (BCIs):1||Bundler adjustment:1||Business Intelligence:1||CART:1||CBIR:1||CPU utilization:1||CSFs:1||CSP:1||Candidate generation:1||Challenges:1||China Industry analysis:1||Chromaticity:1||Classification and Regression Trees:1||Collaboration:1||Colonoscopy:1||Color Correction:1||Color Moment:1||Color management:1||Communication:1||Competitive analysis:1||Complex problem solving:1||Component based software development:1||Computing:1||Conditional random field:1||Connectivity:1||Content analysis:1||Contentbased image retrieval:1||Continuous play:1||Contour diameter:1||Control plane:1||ConvolutionRecurrent Neural Network (CRNN):1||ConvolutionRecurrent Neural Network(CRNN):1||Convolutional neural networks:1||Costs:1||Cultural differences:1||Culture:1||DVBH:1||Data dissemination:1||Data mining:1||Database:1||Decision tree:1||Decompression Algorithm:1||Deep factorization:1||Deep residual feature distillation network:1||DeepLearning:1||Demographic Data:1||Denoising Autoencoder:1||Depression:1||Depth information:1||Depth map:1||

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