ScholarWorks@Korea University: Kim, Chang su

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Kim, Chang su (김창수)

College of Engineering (School of Electrical Engineering)

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Tel 3217
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convolutional neural network:7||Feature extraction:5||Image enhancement:4||Contrast enhancement:3||Image denoising:3||video object segmentation:3||Image restoration:3||Convolution:3||H.264/AVC:3||object tracking:3||random walk with restart:2||Triangular mesh:2||contrast enhancement:2||Ratedistortion optimization:2||Multiview video:2||convolutional neural networks:2||Motioncompensated frame interpolation:2||lowpower image processing:2||virtual view synthesis:2||Scalable coding:2||Superpixel:2||3D mesh coding:2||Deep learning:2||Saliency detection:2||Interpolation:2||Hierarchical B prediction:2||User interaction:2||3D deep learning:1||Composition element detection:1||Stereo matching:1||bounding box descriptor:1||Compressed domain:1||Partial decoding:1||Image analysis:1||depth map quality assessment:1||Progressive coding:1||visual sensor networks.:1||multihypothesis motion estimation:1||mesh sequence compression:1||predictive coding:1||Layered coding:1||Bayesian estimation:1||frame concealment:1||Viewdependent transmission:1||Image and video retargeting:1||Bit plane coding:1||Salient region parameters:1||Robust video transmission:1||Error propagation:1||convolutional neural network (CNN):1||Shapeadaptive filter:1||Noise reduction:1||Licenses:1||personalized contrast enhancement:1||Face superresolution:1||Monocular depth estimation:1||loss rebalancing strategy:1||human pose estimation:1||Streaming media:1||MRI:1||prostate volume:1||Large motion:1||image composition:1||Two dimensional displays:1||Trackingbysegmentation:1||Visual tracking:1||rolling shutter distortion:1||reliable feature selection:1||Video deraining:1||desnowing:1||sparse representation:1||range image compression:1||Mixture of Gaussian model:1||view synthesis distortion:1||brightness compensation:1||histogram modification:1||constrained optimization:1||Hierarchical motion estimation:1||finegranular scalability:1||Contrast invariant tracking:1||Nonlocal means filter:1||digital hologram coding:1||3D video warping:1||Panoramic video:1||video coding:1||View interpolation:1||intramode skip:1||motion homogeneity:1||Image inpainting:1||Haze removal:1||Temporal scalability:1||Contentbased synchronization:1||blob tracking:1||Error concealment:1||Bilateral motion estimation:1||Frame skipping:1||video watermarking:1||frame interpolation:1||Superresolution:1||Image color analysis:1||deformable convolution:1||Video frame interpolation:1||Memory network:1||aesthetic assessment:1||unsupervised property discovery:1||Ground penetrating radar:1||Geophysical measurement techniques:1||object segmentation:1||object proposal:1||Visual attention:1||3D video:1||image quality assessment:1||Predictive coding:1||bit allocation:1||histogram equalization:1||WynerZiv coding:1||spatial layer decomposition.:1||Temporal coherence:1||Video coding:1||3D image warping:1||Fourier analysis:1||ratedistortion optimization:1||2D camera array:1||spatial homogeneity:1||Video editing:1||Multihypothesis prediction:1||image fingerprinting:1||Color distortion reduction:1||superresolution:1||Annotations:1||Brightness:1||adaptive gamma correction:1||Kernel:1||semisupervised video object segmentation:1||Image segmentation:1||and unsupervised attribute clustering:1||object classification:1||Geometric element detection:1||Rule of thirds:1||visual tracking:1||multiscale feature extraction:1||recurrence property:1||discriminative tracker:1||and tracking with multiple estimators:1||Spatiotemporal feature:1||spatiotemporal feature:1||Backlight scaling:1||Syndromebased estimate:1||intermediate view synthesis:1||Image superresolution:1||Pattern analysis:1||fast motion estimation:1||video encoding:1||Backward compatibility:1||Noisy nonlocal neighbors:1||serverclient interaction:1||Multiview video coding:1||Object removal:1||Image normalization:1||stereo video:1||mesh editing:1||motion feature vector:1||Diamondshaped PenTile displays:1||Optical imaging:1||Image processing:1||Photographic composition:1||dirt removal:1||Texture retrieval:1||Video saliency detection:1||Motion analysis:1||Video stabilization:1||low rank matrix completion:1||multiview video plus depth (MVD):1||spatial pooling:1||point cloud compression:1||terrestrial laser scanner:1||and ratedistortion optimization:1||transmissive liquid crystal display (LCD):1||Correspondence matching:1||Channel division:1||Image dehazing:1||Video dehazing:1||Optimized dehazing:1||color transform:1||forward mapping:1||iterative regularization:1||salience map:1||Touchless UI:1||Foreground extraction:1||multiview video:1||ratedistortion optimization (RDO):1||Mesh sequence:1||Digital image watermarking:1||Subpixel rendering:1||Spatial resolution:1||human depth estimation:1||Adaptive optics:1||kernelbased approach:1||adaptive convolution:1||sequential clique optimization:1||prostate segmentation:1||semisupervised domain adaptation:1||fewshot classification:1||Coarsetofine search:1||Point cloud:1||Laplacian filter:1||matching cost computation:1||Structuretexturenoise decomposition:1||Texture enhancement:1||rain streak removal:1||video saliency:1||motion profile:1||power management:1||multiscale saliency detection:1||2D histogram:1||Distributed video coding:1||Key framebased estimate:1||Atmospheric light estimation:1||multiview images:1||and disparity estimation.:1||Mobile user interface:1||binary block matching:1||High dynamic range video:1||Minimum mean square error (MMSE) denoising:1||Probabilistic tree search:1||histogram modification (HM):1||User Interface:1||prediction structure:1||Digital right management:1||Geometric distortions:1||adaptive boosting (AdaBoost):1||Mode selection:1||temporal feature modulation:1||frame skipping:1||mesh deformation:1||lightweight design:1||Noise measurement:1||Training:1||Noise level:1||order learning:1||Histograms:1||referencebased superresolution:1||ellipsoid formula:1||Temporal superpixel:1||cyclic ordinal regression:1||Multiple object tracking:1||online tracking:1||Object tracking:1||Image aesthetics:1||Threedimensional displays:1||fast forward motion:1||reflection removal:1||layer separation:1||average image prior:1||Primary object discovery:1||Image understanding:1||and mesh grid warping:1||Multiview video plus depth:1||Compactness feature:1||Markov chain:1||multiview videos:1||exemplarbased texture synthesis:1||video segmentation:1||optimal binary codes:1||digital hologram transmission:1||histogram equalization (HE):1||image enhancement:1||multiview video:1||Data compression:1||and Lagrangian multiplier technique:1||3DTV:1||interframe coding:1||and mobile video communications:1||Image reconstruction:1||feature remixing:1||Point cloud processing:1||Interactive contrast enhancement:1||multiscale feature:1||Video processing:1||Future motion estimation:1||openset classification:1||Hybrid appearance model:1||semantic part segmentation:1||Image classification:1||Sky detection:1||Black box camera:1||Noise removal:1||Denoising:1||lowrank matrix completion:1||Largescale 3D point clouds (LS3DPC):1||radial distance prediction:1||3D mesh compression:1||Contextbased arithmetic coding:1||hierarchical saliency refinement:1||layered difference representation:1||Markov random field:1||mutual information based similarity measure:1||frame rate upconversion:1||Side information generation:1||entropy coding:1||Color similarity:1||consistency criterion:1||inverse mapping:1||stereo matching:1||Touchless user interface:1||Tone mapping:1||Human visual system:1||External database:1||emissive displays:1||video plus depth sequence:1||Progressive transmission:1||Dynamic programming:1||Bilateral criterion:1||mean deviation of motion vectors:1||temporal homogeneity:1||3D mesh coding:1||Singular value decomposition:1||SNR scalability:1||Local Zernike moments:1||Feature point detection:1||Meanshift:1||likelihood image:1||Signal resolution:1||Light field:1||Complexity theory:1||patch matching:1||primary object segmentation:1||salient object detection:1||

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