ScholarWorks@Korea University: Jung, Seung won

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Jung, Seung won (정승원)

College of Engineering

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Tel
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Deep learning:6||Feature extraction:5||human visual system:5||Task analysis:5||convolutional neural network:4||image enhancement:4||Training:4||deep learning:4||Convolutional neural network:3||Image color analysis:3||Cameras:3||Estimation:3||Image reconstruction:3||H.264/AVC:3||human visual system (HVS):2||blocking artifact:2||image restoration:2||Pathology:2||Image segmentation:2||image superresolution:2||Image coding:2||Image restoration:2||Predictive models:2||stereo matching:2||Threedimensional displays:2||just noticeable difference:2||Convolution:2||Annotations:2||Quantization (signal):2||Color:2||Xray imaging:2||Two dimensional displays:2||depth map:2||Noise reduction:2||Roads:1||Bhattacharyya coefficient:1||Color stereopsis:1||blocking filters:1||SVC:1||motion estimation:1||Image deblurring:1||compression artifacts:1||Detectors:1||Silhouette confidence:1||lowlight image enhancement:1||Graphbased segmentation:1||Distortion:1||monocular depth estimation:1||Image analysis:1||scene classification:1||shape estimation:1||powerconstrained contrast enhancement:1||Limiting:1||depth estimation:1||Standards:1||holefilling:1||haze removal:1||overexposure correction:1||saturation sensitivity:1||Wiener filter:1||histogram modification:1||stereoscopic image:1||decoderside motion vector derivation:1||colorblind:1||contrast stretching:1||deblocking filter:1||mosaic:1||template matching:1||displacement vector:1||buffer overflow/underflow:1||ultrahigh definition television (UHDTV):1||video compression:1||Object detection:1||Colored noise:1||Labeling:1||Data models:1||pseudolabeling:1||medical image synthesis:1||Knowledge distillation (KD):1||Pathological image classification:1||Medical diagnostic imaging:1||Superresolution:1||Computational efficiency:1||Census transform:1||Attention mechanism:1||feature refinement:1||realtime semantic segmentation:1||road scene understanding:1||unsupervised learning:1||Image edge detection:1||stereo vision system:1||dark channel prior:1||Depth image:1||feature vector:1||super resolution:1||Binocular justnoticeable difference (BJND):1||adaptive filtering:1||kernelbased tracking:1||mean shift:1||object tracking:1||color adjustment:1||computational complexity:1||Data hiding:1||lossless watermarking:1||scalable video coding (SVC):1||CABAC:1||Kernel:1||superresolution:1||Image synthesis:1||Pose estimation:1||old photo:1||Correlation:1||Remote sensing:1||multispectral (MS) image:1||Monocular SLAM:1||lowlight enhancement:1||PSNR:1||overexposed region detection:1||depth enhancement:1||just noticeable depth difference (JNDD):1||recoloring:1||infrared:1||pathfinding:1||coding efficiency:1||interlayer correlation:1||temporal filtering:1||multiexposure camera system:1||Video compression:1||Pipelines:1||Transform coding:1||neural network:1||Xray:1||Computational modeling:1||Computed tomography (CT):1||Nuclei segmentation:1||zeroshot superresolution:1||semisupervised segmentation:1||video enhancement:1||Upper bound:1||network quantization:1||RANSAC:1||tone mapping:1||bidirectional motion estimation:1||Depth enhancement:1||spatiograms:1||seam inserting:1||video stitching:1||Laplacian distribution:1||video streaming:1||HSDPA:1||linear classification:1||post processing:1||motion blur:1||Automobiles:1||Sensors:1||image compression:1||human shape estimation:1||synthetic dataset:1||Knowledge distillation:1||zeroshot learning:1||pose estimation:1||scale estimation:1||coding artifact reduction:1||selfie:1||disparity map:1||residual learning:1||single image dehazing:1||machine learning:1||depth imagebased rendering:1||depth sensation:1||protanope:1||contentaware image stitching:1||optimal seam:1||seam update:1||subsequence boundary:1||Camera ISP:1||object detection:1||Shape:1||Training data:1||pathology:1||semisupervised learning:1||incomplete data:1||subtype classification:1||Medical Imaging:1||referencebased superresolution:1||driverassistance system:1||Organic lightemitting diodes:1||proportionalintegralderivative control:1||raindrop removal:1||Transmission line matrix methods:1||VVC:1||similarity cost calculation:1||stereo image processing:1||high dynamic range:1||high dynamic range imaging:1||iterative transmission estimation:1||time of flight (ToF):1||stereo image:1||Bpicture coding:1||video processing:1||image blending:1||contrast enhancement:1||block truncation coding:1||interlayer intra prediction:1||arithmetic codes:1||bandwidth estimation:1||motion vector coding:1||point spread function (PSF):1||motion compensation:1||Compression artifacts reduction:1||network fusion:1||inspection:1||Biological system modeling:1||Clothing:1||lowlight image denoising:1||Semisupervised learning:1||Knowledge engineering:1||kidney cancer:1||Loss measurement:1||Meanteacher model:1||nuclei segmentation:1||referencebased quantization:1||Diffusion models:1||image denoising:1||plane fitting:1||Image compression:1||CNN:1||boundary attention:1||Depth map superresolution (SR):1||high dynamic range reconstruction:1||overexposure:1||human depth perception:1||Color vision deficiency:1||seam carving:1||gradientdomain processing:1||H.26/AVC:1||Allzero block (AZB):1||fast mode decision:1||Lloyd quantization:1||H264/AVC:1||entropy coding:1||linear regression:1||QoS:1||transmission rate control:1||projection onto convex sets (POCS):1||Decoding:1||Inspection:1||Lighting:1||Reliability:1||Degradation:1||Data mining:1||Unsupervised domain adaptation:1||pseudolabel:1||image synthesis:1||

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