CAU Scholar's Space: Hong, Hyun Ki

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Hong, Hyun Ki (홍현기)

소프트웨어대학 (소프트웨어학부)

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Tel 02-820-5417
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countercountermeasure:6||omnidirectional camera:5||countermeasure:5||camera calibration:5||disparity map:4||stereo matching:4||Augmented Reality:3||GPU:3||corresponding contour:3||simulation:3||augmented reality:3||fundamental matrix:3||infrared:3||infrared reticle seeker:3||projection model:3||StarGANVC:2||shadow segmentation:2||correspondence:2||시차맵:2||Visual SLAM:2||영상합성:2||illumination distribution estimation:2||Omnidirecional camera:2||입체영상:2||전역조명:2||Stereo vision:2||Stereoscopic:2||inlier set:2||realtime rendering:2||콘텐츠 제작:2||surface orientation:2||texture image:2||RawNet3:2||tracking performance:2||Camera Tracking:2||epipolar constraint:2||2D3D Conversion:2||epipolar geometry:2||vanishing point:2||LMS method:2||visibility:2||rosette scan:2||seeker:2||missile:2||Contents Production:2||autocalibration:2||mobile robot:2||Gesture Recognition:1||Gesture recognition:1||Global Illumination:1||HDR Map:1||HDR 맵:1||HMD:1||HSV color model:1||HSV 컬러모델:1||High dynamic range:1||Human Factor:1||ICP algorithm:1||ICP 알고리즘:1||IEMOCAP dataset:1||IRCCM:1||Illumination Environment:1||Image Composition:1||Image Sequence:1||Image Synthesis:1||Image processing:1||Image rendering:1||Image signal processor chip:1||Integral histogram:1||Interactive Ray:1||Interpolation:1||Inverse tone mapping function:1||Kmeans algorithm:1||Kalman filter:1||Kinect:1||LMedS:1||Local binary pattern:1||Location based Service:1||Location based service:1||Low dynamic range:1||Mobile AR:1||Mobile Application:1||Motion orientation classification:1||Multiclass SVM:1||NiTiNb:1||NonPhotorealistic Rendering:1||Object segmentation:1||Optical Flow:1||Penrose sampling:1||Photography:1||Place recognition:1||Projective Reconstruction:1||QR code:1||Quadtree structure:1||Recovery stress:1||Residual stress:1||Robot localization:1||Rosette scan:1||Scene Strucutre:1||Shape memory alloys:1||Shape memory effect:1||Sky appearance model:1||Smart phone:1||Speaker Attribute:1||Stereo Image:1||Stereo Vision:1||Stereoscopic camera:1||Surveillance system:1||Telepresence:1||The blind people:1||Topological map:1||User Experience:1||Visual Effect Production:1||Visual tracking:1||Vocabulary tree:1||Voice Conversion:1||Voting approach:1||absolute quadric estimation:1||adaptive matching window:1||aggregation transform:1||augmented reality marker:1||backprojection error:1||camera autocalibration:1||camera pose estimation:1||camera tracking:1||candidate shadow map:1||census transform:1||centroid of texel:1||color jittering:1||compute unified device architecture programming:1||conditional probability:1||contour matching:1||convex hull:1||convolutional neural network:1||correlation:1||correspondences:1||corresponding points:1||cost aggregation:1||crossprojection:1||deep learning:1||deep learning model:1||difference of Gaussian:1||dynamic simulation:1||environmental illumination:1||epipolar plane:1||factorization method:1||global illumination:1||gradientbased ray:1||gradientbased shadow detection:1||graph structure:1||graphics processing unit:1||hierarchical subdivision:1||high dynamic range map:1||homography:1||human shape feature:1||illumination distribution:1||illumination estimation:1||image clustering:1||implicit method:1||inlier distribution:1||instantaneousfrequency estimation:1||interactive design system:1||interest points detection and description:1||keyframe:1||least median of square:1||linear interpolation:1||match move:1||mathematical morphology:1||missiles:1||mobile device:1||modulation:1||motionbased segmentation:1||multiple target tracking:1||noise robustness:1||omnidirectional camera:1||orientation sensor:1||outdoor environment:1||particle filter:1||pedestrian detection:1||people detection:1||photometric stereo:1||plate diffuse illumination:1||procedural texture:1||progressive radiosity:1||projective reconstruction:1||ray tracing:1||realtime surveillance:1||rearrangement:1||reflectance property:1||region segmentation:1||reliability:1||relighting:1||reticle seeker:1||rosette scan seeker:1||scale space image:1||seekers:1||segmented focal plane array (FPA):1||selfcalibration:1||sensor projection constraint:1||shadow generation:1||shape from texture:1||shape reconstruction:1||signal prediction:1||simulations:1||space conversion:1||speakerspecific representation:1||speech emotion recognition:1||sperical coordinate system:1||spherical coordinate system:1||stereo camera:1||stereo system:1||stereo vision:1||stippling:1||structural approach:1||structure and motion recovery:1||sun illumination estimation:1||support region:1||support vector machine:1||target detection:1||texel:1||twocolor reticle seeker:1||ultraviolet:1||uncalibrated image:1||uncalibrated images:1||view morphing:1||voxels:1||wav2vec 2.0:1||광선추적법:1||교차사영:1||그래프 구조:1||기본행렬:1||디지털콘텐츠:1||뷰 몰핑:1||비보정 영상:1||비사실적 렌더링:1||선형 보간:1||센서 사영조건:1||센서스 변환:1||스테레오 비전:1||시각효과 제작:1||실시간 렌더링:1||암시적 방법:1||영상 처리:1||음성 변환:1||인라이어 분포:1||인터랙티브 디자인 시스템:1||일반화:1||절차적 텍스쳐:1||점묘화:1||점진적 세분 래디오시티:1||조명환경:1||카메라 보정:1||카메라 추적:1||컬러 지터링:1||컴퓨터 비전:1||펜로즈 샘플링:1||화자 특성:1||휴먼 팩터:1||keyframes selection:1||2D3D 변환:1||3D depth estimation:1||3D reconstruction:1||3D Reconstruction:1||3D Space Reconstruction:1||3D Sweetening:1||3D image production:1||3D registration:1||3D 공간 재구성:1||3D 스위트닝:1||3Ddepth data:1||3차원 정합:1||Android programming:1||Attention block:1||Augmented reality:1||BRISK descriptor:1||Blockbased histogram:1||Camera Calibration:1||Canny edge detector:1||Census transform:1||Cg programming:1||Chain code:1||Classification tree:1||Clipping Algorithm:1||Computer vision:1||Confidence map:1||Convolutional long shortterm memory:1||Coronary artery calcium score:1||Coronary artery disease:1||Deep learning:1||Deeplearning neural network model:1||Digital Contents:1||Direct Linear Transform:1||Disparity Change:1||Disparity map:1||EKF SLAM:1||Electrocardiogram:1||Environmental light sources:1||Extended kalman filter:1||Face detection/identification:1||Factorization:1||Feature Extraction/Matching:1||Feature matching:1||GPGPU:1||GPU based Programming:1||Generalization:1||

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