ScholarWorks@Dongguk University: Cho, Sung in

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Cho, Sung in (조성인)

College of Advanced Convergence Engineering (Department of Computer Science and Artificial Intelligence)

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Tel 02-2260-3336
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Training:7||Frame rate upconversion:5||Feature extraction:5||convolutional neural network:4||deep learning:4||Adaptation models:3||Motion estimation:3||image classification:3||Distortion:3||Task analysis:3||Image segmentation:3||domain adaptation:2||Streaming media:2||extrapolation:2||Collaborative learning:2||Entropy:2||Interpolation:2||Extrapolation:2||semisupervised learning:2||Training data:2||Deep learning:2||transfer learning:2||Unsupervised learning:2||Video retargeting:2||Object detection:2||video retargeting:2||Coherence:2||Image deblurring:2||Semantics:2||classification:2||Image downscaling:2||collaborative learning:2||motion estimation:2||Computational complexity:2||Image resolution:2||Prototypes:2||Image Matching:1||Image classification:1||Image edge detection:1||Image processing:1||Image reconstruction:1||Image sequences:1||Index terms:1||Indexes:1||Information filters:1||Irregular data:1||Kernel:1||LOIbased peoplecounting:1||Learning systems:1||Licenses:1||Local Feature Matching:1||Local directional coding:1||Lowpass filters:1||MAPbased block matching:1||Mesh:1||Motion segmentation:1||Multisource domain adaptation:1||Multiple source domains:1||Mura:1||Neural networks:1||Noise:1||Noise measurement:1||Object tracking:1||Optimization:1||Outofdistribution detection:1||Panoptic segmentation:1||Performance evaluation:1||Perturbation methods:1||Point cloud:1||Point cloud compression:1||Predictive models:1||Quantitative evaluation metric:1||Radiography test:1||Region merging:1||Remote sensing:1||Robustness:1||.:1||Scenechange detection:1||Scrollingtext detection:1||Segmentation:1||Self/semisupervised learning:1||Semisupervised domain adaptation:1||Semisupervised learning:1||Shape:1||Spatial attention:1||Spatialcolor histograms:1||Spatiotemporal directional coherence:1||Stacking:1||Strain:1||Stuff:1||Supervised learning:1||Temporal coherence:1||Thing:1||Threedimensional displays:1||Topdown method:1||Two dimensional displays:1||Visionbased peoplecounting:1||Voltage control:1||block matching:1||channel attention:1||coherence of edge directions:1||computational complexity:1||computer vision:1||consistency regularization:1||crossattention:1||data augmentation (DA):1||deep neural network:1||deformation:1||domain adaptation (DA):1||dual scaler:1||easytohard:1||event classification:1||fallback:1||generative adversarial network:1||generative model:1||histogram luminance level:1||image denoising:1||image downscaling:1||image restoration:1||image superresolution:1||image upscaling:1||image upscaling:1||intelligent vehicles:1||interpolation:1||intraframe and interframe information:1||kernel training:1||landmark detection:1||lane detection:1||mapping function:1||metric tensor:1||multitask learning:1||multiple views:1||multipletarget domains:1||multiview learning:1||object tracking:1||online recognition:1||people counting:1||pixel indexing with phase determination:1||remote sensing (RS) image classification:1||remote sensing (RS) scene classification:1||representation learning:1||resolution enhancement:1||scenechange detection:1||scrollingtext detection:1||selfsupervised learning:1||selftraining:1||semantic segmentation:1||spatial restorer:1||spectral restorer:1||structural loss:1||text enhancement:1||unsupervised learning:1||unsupervisedlearning:1||Scene change detection:1||3D deep learning:1||3D point cloud:1||Adversarial training:1||Anthropometry:1||Artifactleast:1||Artificial intelligence:1||Attention in attention:1||Autoencoder:1||Automatic welding defect detection:1||Autonomous driving:1||Balanced architecture:1||Bottomup method:1||Cameras:1||Channel attention:1||Classification:1||Collaboration:1||Collaborative work:1||Color coherence patterns:1||Computer vision:1||Convolutional neural network (CNN):1||Data mining:1||Data models:1||Deep Learning:1||Deep neural network:1||Display panel defect inspection:1||Display systems:1||Embedding expansion:1||Feature Descriptors:1||Feature Extraction:1||Feature selection:1||Flow analysis:1||Foreground extraction:1||Hand gesture recognition:1||Heating systems:1||Human visual system (HVS):1||

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