ScholarWorks@Gachon: jung, younhyun

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jung, younhyun (정윤현)

College of IT Convergence (인공지능학과)

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Tel 031-750-4771
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Direct volume rendering:3||Transfer function:3||Medical images:3||Deep learning:3||DVR:2||가상현실:2||교육:2||Feature extraction:2||Virtual Reality:2||Visibility histogram:2||Object recognition:2||transfer function:2||Image segmentation:2||Education:2||virtual reality:2||Convolution neural network:2||CCS Concepts:1||CT MRI etc:1||CTA images:1||Choroid layer:1||Clinical decision support system:1||Cluster analysis:1||Clustering Analysis:1||Collaborative visualisation:1||Computer architecture:1||Computerized knowledge representation:1||Convolution:1||Convolutional neural networks:1||Coronary Heart Disease:1||Data models:1||Deep Learning:1||Deep learning models:1||Denoising:1||Digital devices:1||Digital healthcare:1||Direct Volume Rendering:1||Enhanced assisted living:1||Ensemble learning:1||Explainable AI:1||Facial Tracking:1||Feature pyramid balancing:1||Filters:1||Fractal AI Prediction:1||Generative Deep Neural Network:1||Glomerulonephritis:1||Health Informatics:1||Health Issues:1||Home haemodialysis:1||Hybrid algorithm:1||Hybrid combination:1||Image classification:1||Image processing:1||Imaging:1||Immersive Contents:1||Impulse noise:1||Interclass imbalance:1||Laparoscopy:1||Liver&apos:1||Machine Learning:1||Mask RCNN:1||Medical CBIR:1||Medical Image:1||Medical Images:1||Medical Volume Visualization:1||Medical imaging:1||Minimal invasive surgery:1||Mixed reality:1||Motion Capture:1||Multi Layer Perceptron (MLP):1||Multianomalous pathological features:1||Multimodality volume rendering:1||Multiplane MRI analysis:1||Multidisciplinary team meetings:1||Mutual Information:1||Myopia:1||Navigation systems:1||NeRF:1||Neural Radiance Fields (NeRF):1||OCT:1||Object Tracking:1||Object detection:1||Opensource software:1||PETCT imaging:1||PETCT visualization:1||Papillary thyroid microcarcinoma:1||Parameter Optimization:1||Parametric curve and surface models:1||Particle Swarm Optimization:1||Pleural Disease:1||Reconstruction:1||Regions of interestbased visualization:1||Retrieval:1||Segmentation:1||Serial segmentation:1||Shape:1||Small thyroid nodules:1||Solid modeling:1||SparseNet:1||Sports Ethics:1||Table Tennis:1||Thickness map:1||Threedimensional displays:1||Training:1||Trajectory:1||Transfer Function:1||Transfer function optimization:1||Ultrasound imaging:1||Visual emphasis:1||Volume visualization:1||Webbased medical visualisation:1||abdominal aortic aneurysm:1||abdominal aortic aneurysm (AAA):1||agerelated macular degeneration:1||amblyopia:1||bidirectional convolutional long shortterm memory:1||copresence enhancement:1||computed tomography angiography:1||computed tomography angiography imaging:1||data retrieval:1||design:1||dilated convolution:1||direct volume rendering:1||dualmodality PETCT visualization:1||epilepsy:1||faultproneness prediction:1||home hemodialysis:1||hospitals:1||inhospital disaster preparedness training:1||inception module:1||intracranial vessels segmentation:1||markerless registration:1||mask regionbased convolutional neural network:1||mass casualty incidents:1||medical image reconstruction:1||medical image segmentation:1||medical imaging:1||mixed reality:1||mobile app:1||multilayer neural network:1||multiple sclerosis:1||myopia:1||neural radiance field:1||neural radiance fields:1||occlusion:1||octrees:1||optimized loss function:1||packagelevel code analysis:1||presbyopia:1||ray analysis:1||recurrent neural networks:1||remote monitoring:1||remotemonitoring:1||s intraoperative views:1||software maintenance:1||surface normal:1||telehealth:1||thrombus detection and segmentation:1||upskip connection:1||volume rendering:1||volume visualization:1||volumetric representation:1||다층 퍼셉트론:1||모션 캡쳐:1||몰입형 콘텐츠:1||생성형 심층 신경망:1||스포츠 윤리:1||얼굴 추적:1||의료영상:1||• Computing methodologies → Mesh models:1||재구성:1||2D3D reconstruction:1||3D convolutional network:1||3D recognition:1||3D Slicer:1||AI health monitoring devices:1||Abdominal aortic aneurysm:1||Adaptive binning:1||Alzheimer:1||Alzheimer's disease:1||Artificial Neural Network:1||Artificial intelligence:1||Attention:1||Biomedical imaging:1||Biometric interfaces:1||Blood vessels:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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