ScholarWorks@Soongsil University: Han, Youngjoon

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Han, Youngjoon (한영준)

College of Information Technology (Department of Smart Systems Software)

Research Area: 딥러닝 알고리즘, 자율주행 자동차, 기계학습, Deep Learning, Autonomous Driving Vehicle, Machine Learning

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Kalman filter:4||mobile robot:4||Face Detection:3||Histogram Equalization. Histogram Region Equalization:3||Balance control:3||Contrast Enhancement:3||computer vision:3||biped robot:3||Equalization Noise:3||Focus of attention (관심 집중):2||Saliency map (현저한 지도):2||Difference image (차영상):2||3D geometry:2||Surveillance System:2||Local image contrast:2||Biped robot:2||3D reconstruction:2||linage based visual tracking:2||Various lighting conditions:2||moving target:2||Vehicle Detection:2||multimodal information transform:2||Conspicuity map (현격함 지도):2||Markerless Augmented Reality:2||Mean Shift Tracking:2||object detection:2||Edge Segment:2||Global image contrast:2||object tracking:2||Water level measurement (수위계측):2||one camera:2||optical flow:2||Edge detection:2||Ellipse Detection:2||pinhole camera model:2||Haarlike Feature:2||Narrow band image transmission (협대역 영상 송신):2||유사 하르 특징:2||real time:2||balance control:2||Blocking artifacts:2||biped walking robot:2||sensor fusion:2||3D Sensor:2||shape adaptive SSD algorithim:2||차량 검출:2||Occluded Ellipse.:2||singleview camera:2||Hand Detection:2||Hand Pose:2||topview transform:2||5link biped robot:2||Histogram equalization:2||virtual plane:2||Face Tracking:2||visual tracking scheme:2||Camera calibration (카메라 보정):2||walking guidance system:2||Face detection:2||표정 인식:2||zero moment point:2||Kalman Filter:2||Facial Expression Recognition:2||Facial features:2||Randomized Hough Transform:2||extended snake algorithm:2||face alignment:2||feature attention:2||Region of interest (관심 영역):2||Adaboost:2||Featuremap (특징 지도):2||Lane detection:2||SURF:2||Object segmentation:1||Obstacle detection:1||Optical flow:1||PCA:1||Pattern Classification:1||Pedestrian Detection:1||Perspective projection:1||Polar edgeblob histogram:1||Poultry weight measuring system:1||Puppet:1||Puppet controller:1||Puppet robot:1||RANSAC:1||RGB colour histogram:1||Real time:1||Reference backgroundi:1||Relative pose measurement:1||SIFT:1||SSD 알고리즘:1||SURF 알고리즘:1||Single Camera:1||Single camera:1||TopView ReSampling and Mapping:1||Topview transform:1||Topological transform:1||Vehicle Tracking:1||Vehicle detection:1||Verbal Guidance:1||Voting Map:1||Water level detection:1||Wearable walkingaids:1||ZMP (Zero Moment Point):1||ZMP(Zero Moment Point):1||Zero Moment Point:1||Zero moment point:1||binpicking:1||block state analysis:1||colour distribution:1||colour statistics:1||computation cost:1||confidence map:1||context awareness:1||contextaware guidance:1||contour tracing:1||coordinate regression:1||correspondence problem:1||curve segments:1||deep neural network:1||disparity space image:1||edge detection:1||electronic mobility aids:1||electronic travel aids:1||ellipse fitting:1||facial expression recognition:1||feature extraction:1||gait pattern:1||gait pattern frequency feature:1||genetic algorithm:1||guidance systems for blind people:1||heatmap regression:1||histogram agglomeration extraction:1||human gait:1||human gait analysis:1||image colour analysis:1||image formation:1||image representation:1||image sequences:1||meanshift:1||multitask learning:1||multimodal information transformation:1||multimodal information transformation system:1||number plate detection:1||object recognition:1||object target localization:1||occluded object:1||optimal colourbased mean shift algorithm:1||optimal histogram:1||parking control:1||probabilistic graphical model:1||quantisation (signal):1||reference background:1||reference object image:1||region growing:1||reliability space:1||scene interpretation:1||sequential images:1||signature:1||statistical distributions:1||stereo matching:1||target image representation:1||tracking:1||uniform distribution:1||uniform quantisation method:1||vehicle detection:1||vision:1||voice information:1||walking parameters:1||가버 웨이블릿:1||가속도 센서:1||고해상도 이미지:1||대칭성(Symmetry):1||동적 윈도우:1||동적 윤곽선 모델(active contour model):1||라인템플릿 매칭:1||매개변수 스네이크(parametric snake):1||멀티모달 정보 변환:1||면적변화율:1||명암대비 향상(improvement of contrast):1||모션캡처:1||문자 인식(Character Recognition):1||문자 추출(Character Segmentation):1||밀집형 소형 물체 검출:1||방향성 에지 연결:1||번호판 검출:1||보행 안내 시스템:1||보행 패턴:1||보행 패턴 생성:1||분할(divide):1||블록 상태 분석법:1||비마커 증강현실:1||상대위치측정:1||색상 방향(Color vector):1||손 검출:1||손 자세:1||수위계측(water level measurement):1||스네이크 알고리즘:1||스트레칭 기법(stretching algorithm):1||신경망:1||신경망(Neural Network):1||앙상블 딥러닝 네트워크:1||얼굴 검출:1||에너지(energy):1||에이다부스트:1||에이다부스트 알고리즘:1||에지검출:1||영상 개선(Image Enhancement):1||영상 분할 기법(image segmentation method):1||영역확장:1||옵티컬 프로우:1||운전보조시스템(Drive Assistive System):1||원격감시(remote surveillance):1||유전자 알고리즘.:1||이동물체 추적:1||이족로봇:1||인간의 보행 패턴 분석:1||자유 사각 특징:1||자이로 센서:1||적응 템플릿:1||주성분분석:1||주차관리:1||차량 추적:1||차량검출(Vehicle Detection):1||차량검출(Vehicle detection):1||차량검출. 차량 검출기:1||차선 검출:1||차선검출. 직선검출:1||참조 배경:1||체인코드:1||카메라:1||컨벌류션 정합(Convolution Matching):1||컬러 분산(color variance):1||컴퓨터 비전:1||탑뷰 변환:1||투표 맵:1||패턴 인식:1||패턴분석(pattern analysis):1||표정특징추출:1||확장에지분석(Extended Edge Analysis):1||환경인식(environment recognition):1||히스토그램 분석(histogram analysis):1||3D Photometry:1||히스토그램(histogram):1||3D colour histogram bins:1||3D 센서:1||5link 이족 로봇:1||ANN:1||Acceleration Sensor:1||Accumulated histogram:1||Adaboost Algorithm:1||Artificial illumination:1||Audio guidance:1||Bspline:1||Band pass filter:1||Bayesian network:1||Blockstate:1||COG (Center Of Gravity):1||COG(Center Of Gravity):1||ChainCode:1||Character segmentation:1||ChiSquare 확률 밀도 함수(ChiSquare PDF):1||Chnftrs Feature:1||Color Invariant Feature:1||Correspondence point matching:1||Curling:1||Curvature Detection:1||Curve Template Matching Method:1||Deep neural network:1||Dense Small Object Detection:1||Directional Ellipse Model:1||Directional edgelinking:1||Driver assistance systems:1||Dynamic Windows:1||Edge component:1||Ensemble DeepLearning Network:1||Expression Feature:1||FLC(Fuzzy Logic Controller):1||Face alignment:1||Feature Estimation:1||Feature attention:1||Free Rectangle Feature:1||Gabor Wavelet:1||Gaborfilter:1||Gait pattern:1||Genetic Algorithm:1||Global Feature:1||Gridbased morphology:1||Grid기반 모폴리지:1||Gyro Sensor:1||Haarlike feauture:1||Haarlike Feature Extractor:1||Haarlike 특징 검출기:1||Head pose estimation:1||High Resolution Image:1||Image to Text Transform:1||Integral Image:1||Intelligence vehicle:1||Knowledge distillation:1||Landslide:1||Lane Detection:1||Lane Detection. Line Detection:1||Lane departure:1||Laser scanner:1||License plate detection:1||Linetemplate matching.:1||LucasKanade algorithm:1||Magnet:1||Marionette:1||Mean Shift 추적 기법:1||Meanshift clustering:1||Mobile robot:1||Monocular Vision:1||Monocular vision:1||Motion Capture:1||Neural Network:1||

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