CAU Scholar's Space: Paik, Joon Ki

Detailed Information

Paik, Joon Ki (백준기)

첨단영상대학원 (영상학과)

Research Area

Tel 02-820-5016
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ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

image restoration:16||image enhancement:15||Image restoration:9||Deep learning:8||Object detection:8||Superresolution:7||Image processing:6||motion estimation:6||wavelet transform:5||object tracking:5||Feature extraction:5||Image enhancement:5||Convolutional neural network:5||depth estimation:5||영상복원:4||optical flow:4||feature extraction:4||Retinex:4||principal component analysis:4||CNN:4||Lowlight image enhancement:4||Contrast enhancement:4||deep learning:4||multiple colorfilter aperture:4||convolutional neural network:4||Object tracking:4||transformer:3||Wavelet transform:3||Interactive Media Art:3||Attention mechanism:3||regularization:3||stereo images:3||contrast enhancement:3||Estimation:3||restoration:3||image denoising:3||Threedimensional displays:3||image interpolation:3||image segmentation:3||video stabilization:3||Object segmentation:3||object detection:3||Computer vision:3||fisheye lens:3||Surveillance:3||Correlation filter:3||Surveillance system:3||Metadata:3||디지털 자동초점:3||computational camera:3||Dehazing:3||feature tracking:3||face recognition:3||UAV:3||Media art:3||wavelet:3||Optimization:3||dehazing:3||Cameras:3||adaptive iterative restoration:2||remote sensing images:2||image degradation model:2||SOD:2||image fusion:2||image processing:2||angular resolution:2||Tracking:2||digital zooming:2||Augmented reality (AR):2||엔트로피:2||High dynamic range imaging:2||semantic segmentation:2||Gait recognition:2||영상개선:2||왜곡 보정:2||웨이블릿 계수축소:2||웨이블릿 변환:2||Point cloud compression:2||disparity:2||Digital zooming:2||autofocusing:2||Homology:2||Directional priors:2||UHD TV:2||dualcamera system:2||landmark detection:2||점확산함수:2||Post production:2||sparse representation:2||light field:2||local selfsimilarity:2||edge detection:2||Interactive:2||lowlight enhancement:2||Generative Model:2||media art:2||Human computer interaction:2||bilateral filter:2||biometric identification:2||Interpolation:2||sumabsolutedifference (SAD):2||Active feature model:2||block matching:2||motion blur:2||motion compensation:2||Railway inspection:2||motionbased segmentation:2||Sparse representation:2||Occlusion:2||Data augmentation:2||Active shape model:2||Stereo matching:2||multifocusing:2||feature dissmilaity:2||Stereoscopic:2||neural network:2||neural networks:2||featurehistogram:2||color correction:2||AAF:2||JPEG:2||Action recognition:2||nonrigid object tracking:2||Registration:2||video summarization:2||Regularization:2||H.264/AVC:2||visual tracking:2||occlusion:2||watermarking:2||Visual tracking:2||wavelet shrinkage:2||computer vision:2||HDR:2||gait recognition:2||particle filter:2||patchbased image restoration:2||correlation filter:2||Workflow:2||Face Recognition:2||Hand detection:2||haze removal:2||point spread function estimation:2||high dynamic range:2||Synthetic data generation:2||defogging:2||action recognition:2||histogram equalization:2||미디어 아트:2||degradation model:2||projections onto convex sets:2||hybrid autofocusing:2||reidentification:2||realtime image restoration:2||receptive field:2||Digital Photography:2||image classification:2||FaceIt (R):1||Fall detection:1||Fast discrete curvelet transform (FDCT):1||Feature description:1||Feature detection:1||Feature matching:1||Feature pyramid:1||Feature pyramid network:1||Feature tracking:1||Fewshot Object Detection:1||Fingerprint:1||Fire detection:1||Fisheye lens:1||Fisheye lens calibration:1||Flicker removal:1||Frame similarity:1||Frequencydomain analysis:1||Fully digital autofocusing:1||Fuzzy Inference:1||Fuzzy membership function:1||GAN:1||Gabor wavelets:1||Game:1||Game Engine:1||Gamma correction:1||Gas meterreading system:1||Generative Adversarial Network (GAN).:1||Generative adversarial networks:1||Geodesic distance:1||Geometryaware deep learning:1||Group Clustering:1||Guided filter:1||H.261:1||H.263:1||HDR image:1||HRI:1||Haar wavelets:1||Haze model:1||Haze removal:1||Haze thickness map:1||Heavy vehicles:1||Hierarchical:1||Histogram Equalization:1||Histogram based graph cut:1||Histogram equalization:1||Histogram stretching:1||HitorMiss 변환:1||Honor of The King:1||Hough voting:1||Human action analysis:1||Human senses:1||ICC Profile:1||IIR filter:1||ILLposed problem:1||Identification:1||Illposed problem:1||Image Fusion:1||Image Processing:1||Image Quality Assessment:1||Image comparison:1||Image denoising:1||Image edge detection:1||Image interpolation:1||Image inverse problems:1||Image inversing:1||Image matching:1||Image reconstruction:1||Image registration:1||Image signal processor chip:1||Image stitching:1||Imagebased modelling:1||Integrated spatiotemporal energy map:1||Intelligent video surveillance:1||Interconversion matrix:1||Interaction:1||Interaction among the audience:1||Interaction between audiences:1||Interactive art:1||Interactive media art:1||Interactive media artwork:1||Invariant features:1||Inverse filtering:1||IoT:1||Isotropic TV model l(2) norm:1||Isotropic TV model l(p) norm:1||JPEG 2000:1||JPEG2000(406):1||KSVD:1||Kalman filter:1||Kernel regression:1||Key frame extraction:1||KeyBERT:1||Keypoints:1||Kinect:1||Kinect Camera:1||L1 Norm regularization:1||L1norm–based regularization:1||LDA:1||LINEAR NEURAL NETWORKS:1||Lane detection:1||Laplacian of Gaussian:1||Laser radar:1||Lens distortion correction:1||LiDAR:1||License plate recognition:1||Lightweight:1||Line scan camera:1||Local Path:1||Local binary pattern:1||Location awareness:1||LowLight Image:1||Lowlight image:1||MDNet:1||MPEG:1||MRI:1||MaxwellBoltzmann 분포:1||Mean square difference (MSD):1||Media:1||Metalearning:1||Mild cognitive impairment (MCI):1||Mirror Art:1||Mixed reality (MR):1||Mobile Robot:1||Moire Effect:1||Monocular 3D Object Detection:1||Monocular 3D object detection:1||Monument Valley:1||Motion estimation:1||Motion orientation classification:1||Motion segmentation:1||Moving object detection:1||Multi resolution network:1||MultiObject Tracking:1||MultiResolution Edge Map:1||Multidomain convolutional neural network:1||Multimodal learning:1||Multiscale feature map:1||Multistream:1||Multiple feature detection:1||Multiresolution analysis:1||Multiscale transforms:1||Multispectral remote sensing image:1||Navigation:1||Neural Networks:1||Neural networks:1||Night images:1||Noise:1||Noise reduction:1||Noise removal:1||Noncornerness measure:1||Nonmaximum suppression:1||Nonrigid object tracking:1||Nonverbal Communication:1||Object Detection:1||Occlusion handling:1||OpenGL:1||Optical flow:1||Optimum image codec:1||Orientation estimation:1||Outlier rejection:1||PATTERN RECOGNITION:1||PSF:1||PSF estimation:1||PTZ Camera:1||Pansharpening:1||Panoptic segmentation:1||Panorama:1||Panorama generation:1||Parallel HW Encoding:1||Parking occupancy monitoring system:1||Participant Interface:1||Participating audience:1||Pascal VOC:1||Patchbased image restoration:1||Person Reidentification:1||Person reidentification:1||Point Spread Function (PSF):1||Point cloud:1||Point cloud completion:1||Point cloud registration:1||Point cloud upsampling:1||Poisson noise:1||Pose estimation:1||Post Production:1||Principal component analysis:1||Principles of Perception:1||Projection loss:1||Projection mapping:1||Quality assessment:1||Quaternion wavelets:1||RCNN:1||RANSAC:1||RGB video coding:1||RSEB:1||Rail to rail outputs:1||Random forest:1||Random sampling:1||Ratio:1||Reidentification:1||Real Time Video Acquisition:1||Realtime image restoration:1||Realtime object tracking:1||Realtime tracking:1||Reconstructed space:1||Rectangular model:1||Research:1||Resizing:1||Resolution:1||Restoration:1||Reverse engineering:1||Ringing Artifact:1||Roads:1||Robust hausdorff distance:1||S3D:1||SFR 측정방법:1||SLR:1||SSD:1||Saliency:1||Salient object detection:1||Scaler:1||Score fusion:1||Seamline estimation:1||Search range prediction:1||Selfsupervised Learning:1||Semantics:1||SentenceBERT:1||Shape:1||Siamese network:1||Silhouette extraction(700):1||Simulationexperience model:1||Single image defogging:1||Single image generation:1||Singleshot detector:1||Singular Value Decomposition (SVD):1||Slip detection:1||Small object detection:1||Smoke detection:1||Smoothing:1||Solid modeling:1||Sound Art:1||Sound Visualization:1||Spacial Frequency Response:1||Sparse lowrank representation:1||Sparsity prior:1||Speaker Verification:1||Spiral pattern:1||Stereo:1||Stereo Vision:1||Stereoscopic 3D (S3D):1||Stereoscopic camera:1||Stitching Calibration:1||Streaming media:1||Structural Similarity Index Measure (SSIM):1||Style transfer:1||Style transformation:1||Subpixel shifting:1||Sum of absolute difference:1||Super resolutio:1||Supporter:1||Surface matching:1||Surface registration:1||Surround view:1||System:1||Talking Head Generation:1||Temporal modality:1||Tensors:1||Text based person search:1||Total variation:1||Training:1||Transcoding:1||Transformers:1||Transmission:1||Transmission Map:1||Triangle mesh:1||Trimap:1||Triple square masks:1||Truncated constrained leastsquares filter:1||Turbidity:1||Two layer panorama generation:1||UAV image enhancement:1||Unsharp masking:1||Unstable camera:1||VFX:1||VR technology:1||Vaguelettecurvelet decomposition:1||Variance value:1||Variational autoencoder:1||Variational framework:1||Variational optimization:1||Vdslr:1||Vehicle detection:1||Vehicle modelling:1||Vehicle recognition:1||Video Generation:1||Video Stabilization:1||Video Stitching:1||Video Surveillance:1||Video object segmentation:1||Video recording:1||Video registration:1||Video summarization:1||Video surveillance system:1||Violence detection:1||Virtual Reality:1||Virtual reality:1||Visual Surveillance:1||Visual expression:1||Visual illusion:1||Visual object tracking:1||Wavelets:1||Weber contrast:1||White point estimation:1||Wide area monitoring system:1||Wide dynamic range (WDR):1||XML:1||YOLOX:1||abnormal:1||abnormal behavior:1||accumulation image:1||accurate computer vision applications:1||active shape model:1||adaptive background generation:1||adaptive binning:1||adaptive learning:1||age:1||and Realtime:1||and Technology:1||antisaturation:1||arithmetic operation:1||around view:1||art and technology:1||artificial neural network:1||asymmetric dual camera:1||atmospheric light:1||attention mechanism:1||augmented:1||augmented reality:1||autocorrelation:1||automatic calibration:1||automatic camera calibration:1||automatic distortion correction:1||autopoiesis:1||autopoietic system:1||backlight image:1||backprojection network:1||bad weather:1||behavior detection:1||bidirectional moving average:1||biometrics measure:1||bipartite graph matching:1||black mask:1||block discrete cosine transformation:1||blocking effect:1||boundary artifact:1||bregman variables:1||bright correction:1||camera:1||camera calibration:1||camera distortion:1||camera motion estimation:1||camera orientation estimation:1||clusterbased regionofinterest estimation:1||color:1||color channel registration:1||color clustering:1||color information:1||color model:1||color name:1||color reproduction:1||colorshift model:1||combined waveletFourier filter:1||computational camera system:1||constrained optimization:1||constraint optimization:1||contrast detection autofocusing:1||convexhull:1||convolution artefact removal:1||convolutional neural networkbased methods:1||crack detection:1||crease detection:1||curvature estimation:1||deidentification:1||deblocking filter:1||deep CNN model:1||deeplearning:1||defogging method:1||denoising:1||dense triangle meshes:1||depth:1||depth information:1||depth map:1||destriping:1||dice coefficient:1||difference of Gaussian:1||digital autofocusing:1||digital cinema:1||direction of image:1||directional wavelet bases:1||directionally adaptive interpolation:1||directionally adaptive shrinkage:1||discrete cosine transform:1||discrete wavelet transform (DWT):1||discriminative model:1||disparity estimation:1||distance measurement:1||distortion correction:1||distortion function estimation:1||distortion parameter estimation:1||dominant brightness level analysis:1||drowsy recognition:1||dual attention:1||eSports:1||edgeaware image filtering:1||edgepreserving filtering:1||edgepreserving smoothing:1||edgetaper:1||editing workflow:1||electroencephalography:1||endtoend trainable architecture:1||enhancement of the video surveillance system:1||entropy:1||entropy analysis:1||error estimation:1||error evaluation:1||evolutionary algorithm:1||exhibition information model:1||experience:1||expression:1||extended depth of field (EDoF):1||extrapolation(679):1||face detection:1||face restoration:1||facial landmark features:1||false color noise:1||feature detection:1||feature extraction layers:1||feature matching:1||fewshot learning:1||filtering theory:1||fingerprint:1||fingerprint recognition:1||finite impulse response (FIR) filter:1||fire flame detection:1||focus measure:1||focus plane:1||focusing region selection:1||fog line vector:1||frequencyadaptive shrinkage:1||fundamental preprocessing step:1||fuzzy inference:1||fuzzy membership function:1||gated structure:1||generative adversarial network:1||generative adversarial network (GAN):1||generative adversarial networks:1||geometric distortion:1||gradient:1||graph convolution:1||guided filter:1||guided filtering:1||haze thickness map:1||head pose:1||high dynamic ragne:1||high dynamic range (HDR) algorithm:1||high dynamic range imaging:1||highresolution image interpolation:1||histogram quantization:1||homology:1||human gait recognition:1||hybrid sensor:1||identification:1||illumination:1||image compression:1||image defogging:1||image dehazing:1||image descriptors:1||image pyramid:1||image registration:1||image sensor:1||image stabilization:1||image warping:1||indoor parking lot:1||infrared image object detection:1||intellignet video analysis:1||intensity transfer function:1||intercolor correlation:1||interplane prediction:1||interaction:1||interactivity:1||interest prediction model:1||interpolation:1||interpolation kernel estimation:1||interval input:1||intra coding:1||intrusion detection:1||kalman filter:1||lagrangian method:1||license plate:1||local selfsimilarity:1||logEuclidean metric:1||low light images:1||lowlight image enhancement:1||machine learning:1||median flow tracker:1||medical image:1||memory access:1||metadata descriptor:1||metadata extraction:1||mixed reality (MR):1||mobile game:1||mode decision(670):1||monte carlo sampling:1||motion analysis:1||motion inpainting:1||motion vector:1||movement language:1||moving object:1||moving object detection:1||multi aperture:1||multiculture:1||multiobject tracking:1||multiscale feature map:1||multiexposure fusion:1||multiplane image:1||multipleview:1||multisensor superresolution (SR):1||network model:1||neural nets:1||neurodegenerative diseases:1||new media art:1||noise adaptive filter:1||noise reduction:1||nonlocal means (NLM) filter:1||normal:1||normal vector estimation:1||object extracting and tracking:1||object search:1||object tacking:1||occlusion detection:1||ontology:1||opticalflow:1||optimization:1||optimization modeling:1||oriental aesthetics.:1||partbased model:1||partial block:1||partial distortion elimination:1||partial occlusion:1||particle window:1||peripheral region enhancement:1||phase correlation:1||phase correlation matching:1||phasedifference:1||piecewisesmooth surfaces:1||pixel binning:1||point cloud:1||point spread function:1||pointspreadfunction:1||pointcloud:1||port:1||pose:1||postprocessing:1||profile:1||projection mapping:1||projective transform:1||radon transform:1||random forest:1||reconstruction:1||regression analysis:1||regularized image restoration:1||regularized iterative restoration:1||remote sensing:1||repetitive art:1||resolution enhancement:1||restoration problems:1||retinex:1||ringing artifact reduction:1||ringing artifacts reduction:1||robust computer vision applications:1||satellite data correction:1||scalable coding:1||scale space:1||scale variation:1||scaling:1||scene parsing:1||scene recognition:1||scratch detection:1||scratch removal:1||seam carving:1||semantic gait interpretation and recognition component:1||service industry:1||shortterm pixeldifference:1||siamese network:1||sigmoid fusion module:1||significant edge information:1||significant edges:1||similarity comparison:1||single image HDR:1||single sensor:1||size:1||sliding active cameras:1||small object detection:1||snake algorithm:1||soft decision fusion:1||sound field sensor:1||space conversion:1||sparsity prior:1||spatially adaptive noise smoothing:1||spatially semantic correlation features:1||spatially varying blur:1||spatiotemporal filter:1||stabilization:1||stable marriage problem:1||stateoftheart denoising filters:1||stereo image processing:1||stereo matching:1||structure extraction network:1||structureguided:1||subsampling:1||sum of absolute difference:1||super resolution:1||superresolution:1||superpixel:1||supervised learning:1||supervised machine learning:1||surface:1||surveillance:1||surveillance system:1||sweat pore matching:1||target detection:1||template matching:1||template memory update:1||temporal contexts:1||threedimensional convolution (C3D):1||threedimensional filter:1||tonemapping function:1||tracking:1||traffic accident:1||transmission:1||truncated constraint leastsquares (TCLS) filter:1||unmanned aerial vehicle images:1||unsupervised learning:1||user:1||vaguelettewavelet decomposition:1||vaguelettewavelet decomposition (VWD):1||vanishing points estimation:1||variational retinex model:1||video coding:1||video completion:1||video compression:1||video enhancement:1||video installation:1||video parsing:1||video retrieval:1||video signal processing:1||video surveillance:1||video surveillance system:1||video tracking:1||virtual dressfitting:1||vision transformer:1||visual contents:1||visualbased surveillance system:1||waveproof building:1||waveletFourier transform:1||waveletcompressed video:1||wideangle lens:1||ℓ0norm:1||객체 검출:1||객체 추적:1||경험:1||공간 재구성:1||관람객 만족도:1||관람객의 특성:1||관람행태:1||교감:1||나선형 패턴:1||다이나믹 이미지:1||다중 컬러필터 조리개:1||다중초점:1||단계적 영상 보정:1||대기 열화:1||대기 열화 영상:1||대비 개선:1||동양미학.:1||디지털 사진:1||디지털시네마:1||라돈 변환:1||링잉제거:1||매체:1||모바일 게임:1||모아레 현상:1||무손실압축:1||미술 감상:1||미술 교육:1||미술 비평:1||반복적 정칙화 알고리듬:1||방향 적응적 계수 축소:1||방향 적응적 영상복원:1||버려진 물체 검출:1||번호판인식:1||베이글릿웨이블릿 분석:1||보행 인식:1||블라인드 영상복원:1||비선형 편집:1||비언어 커뮤니케이션:1||비트심도:1||사용자:1||사전 학습:1||상관도:1||상호작용:1||색상분석:1||생체 인식:1||서포터:1||소실점 추정:1||스크래치 검출:1||스크래치 제거:1||시각적 표현:1||시뮬레이션체험모델:1||시선운동:1||시지각 원리:1||안개:1||안티에일리어싱:1||양선형 보간법:1||어안렌즈:1||어안렌즈 교정:1||역광 보상:1||연무:1||영상 개선:1||영상 처리:1||예술:1||웨이블릿푸리에 변환:1||유도 필터:1||이산코사인변환:1||이상행위:1||인간의 감각:1||인체 지각 확장:1||인터랙티브 미디어아트:1||인터랙티브 아트:1||자동초점:1||잡음제거:1||적응적 배경 생성:1||절단된 제약적 최소 제곱 필터:1||점확산함수 추정:1||지능형 비디오 감시:1||지능형 비디오 분석:1||지역적 자기 유사도:1||착시:1||참조영상:1||창작 방법:1||초점 값 계산:1||초점영역 선택:1||카메라 교정:1||크기조절:1||파티클 윈도우:1||파티클 필터:1||프로젝션맵핑:1||<왕자영요>:1||히스토그램 평활화:1||2D histogram:1||3line RANSAC:1||360 VR:1||3D Effect:1||3D filter:1||3D image acquisition:1||3D image production:1||ADAS:1||ADAs:1||ASM:1||Abandoned object detection:1||Active Shape Model:1||Active camera:1||Active shape models:1||Adaptive background generation:1||Adaptive intensity transfer function:1||Adaptive regularization:1||Alternating Minimization Algorithm:1||Alternating current analysis:1||Animation:1||Antialiasing:1||Art:1||Art Appreciation:1||Art Critique:1||Art Education:1||Asymmetric dual camera:1||Atmospheric modeling:1||Audience Behavior:1||Audience Satisfaction:1||Audience participation:1||Augmented Lagrangian Method:1||Augmented Lagrangian methods:1||Autoencoder:1||Automatic Calibration:1||Automatic camera calibration:1||Automatic diagnostic system:1||Automatic white balance:1||Back lighting compensation:1||Background generation:1||Backlighting compensation:1||Bimodal Identification:1||Bilinear Interpolation:1||BitDepth:1||Blind deconvolution:1||Block matching:1||Blur kernel estimation:1||Blur picture:1||Bregman Iterative method:1||Bright channel prior:1||Brightness:1||Broadcasting:1||Buildings:1||C3D:1||CAMSHIFT:1||CAVLC decoding:1||CBAM:1||CMOS WDR system:1||CNN based facial landmark point detection:1||Calibration:1||Camera motion estimation:1||Camouflage:1||Car localization:1||Children Development:1||Classic film:1||Clipped histogram equalization:1||Code V:1||Coded aperture:1||Color Management System:1||Color Matching:1||Color Matching/Image Enhancement:1||Color correction:1||Color gamut:1||Color shifting vector:1||Communication:1||Computational Photography:1||Computational cost:1||Computational imaging system:1||Computer architecture:1||Computeraided reverse engineering (CARE):1||Constraint:1||Constraint optimization:1||Consumer electronics:1||Contrast Enhancement:1||Convex hull:1||Convolution:1||Convolutional neural network (CNN):1||Convolutional neural networks (CNNs):1||Correlation filters:1||Costvolume filtering:1||Creation model:1||Crosschannel color registration:1||Curvelet transform:1||DCIP3:1||DCP:1||DCT:1||DPX:1||DSM:1||DWT:1||Dark channel:1||Dark channel prior:1||Data Augmentation:1||Daubechies:1||Deblur:1||Deconvolution:1||Deeplearning:1||Defence Surveillance:1||Defense Innovation 4.0:1||Defogging:1||Degradation:1||Degradation model:1||Degraded image restoration:1||Dementia:1||Denoising:1||Depth:1||Depth estimation:1||Derived inputs:1||Design:1||Detection:1||Dictionary generation:1||Dictionary learning:1||Digital AutoFocusing (DAF):1||Digital anamorphic transformation:1||Digital autofocusing:1||Digital camera:1||Digital cinema:1||Digital enhancement techniques:1||Discrete Wavelet Transform:1||Discriminative sparse learning:1||Disparity:1||Distance:1||Distortion coefficients estimation:1||Distortion compensation:1||Dynamic image:1||Dynamic range extension:1||EDGE DETECTION:1||EDL:1||EIM simulation:1||Echochrome:1||Edge detection:1||Edge orientation:1||Electroencephalography (EEG):1||Encoderdecoder network:1||Enhancement:1||Error evaluation:1||Exhibition:1||Experience Exhibition:1||Exponential map:1||Extension of perception:1||Extrinsic calibration:1||Eye Movement:1||FERET:1||FFT:1||Face detection:1||Face morphing:1||Face segmentation:1||Face tracking:1||

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