ScholarWorks@SOONCHUNHYANG UNIVERSITY: Hong, Min

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Hong, Min (홍민)

College of Software Convergence (Department of Computer Software Engineering)

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Augmented Reality:6||Physicallybased simulation:5||deep learning:5||massspring system:4||증강현실:4||Smartphone:4||GPGPU:4||Massspring system:3||Serious Game:3||Mobile Application:3||GPU parallel computing:3||Unity3D:3||Cloth simulation:3||천 시뮬레이션:3||HMD:3||Collision Detection:3||GPU:2||어지럼증:2||Image Processing:2||Authoring Tool:2||Memory Improvement:2||Mobile App:2||영상처리:2||Image processing:2||Automatic Data Acquisition:2||FOVE:2||implicit constraint enforcement:2||invasive coronary angiography (ICA):2||기능성 게임:2||Interactive Mobile:2||GPU 프로그래밍:2||Deep learning:2||GPUbased parallel processing:2||Dynamic simulation:2||OpenGL:2||OpenGL Compute Shader:2||Deformable Object Simulation:2||모바일 앱:2||학습 효과:2||cloth simulation:2||GLSL 4.3:2||constraint enforcement:2||computed tomographic angiography:2||Deformable Objects:2||병렬 프로그래밍:2||Parallel Processing:2||Learning Effect:2||Tinnitus:2||coronary artery disease:2||HRM:2||Personal management:2||MIS:2||Unity:2||BLE Beacons:2||diagnostic test:2||스마트폰:2||eHRM:2||virtual reality:2||FFDAABB Algorithm:1||FFDAABB algorithm:1||Face Detection:1||Filtering:1||Floor detection:1||GLSL:1||GLSL compute shader:1||GPGPU. 유니티:1||GPS sensor:1||GPS 센서:1||GPU Programming:1||GPU parallel processing:1||GPU 병렬처리:1||GPUbased algorithm:1||Gait Measurement:1||Gait analysis:1||Game:1||Gesture recognition:1||Global deformation:1||Government policy:1||Hough Line Transform:1||Hough 직선 변환:1||Human pose estimation:1||IOS:1||Image Processing Prototype Model:1||Image Processing Technology:1||Indoor positioning system:1||Inexperience readers:1||Interactive Mobile Game:1||Internet of Things sensor:1||Intuitive Interaction:1||IoT Sensor:1||KMeans clustering:1||Kernelbased Tracking:1||Kinect V2:1||Kinect projection mapping:1||Learning Effects:1||Linear Solving:1||Luokuan(落款):1||Mahalanobis distance:1||Manhours Measurement:1||Massspring System:1||MassSpring Simulation:1||Material property estimation:1||Meanshift Tracking:1||Mobile cloud computing:1||Mobile game:1||Motion Analysis System:1||Movie Recommendation:1||Movie Review:1||Multi Sensors:1||Music:1||Network intrusion:1||Object Scale Estimation:1||Object Tracking:1||Optimal Algorithm:1||Otolithiasis:1||Parallel GPU:1||Parallel Programming:1||Particle Simulation:1||Particle 시뮬레이션:1||Perceptual sensitivity:1||PhysicallyBased Simulation:1||Physicallybased Simulation:1||Physicallybased modeling:1||Pupil Detection:1||RGB:1||RSSI:1||Random dot kinematogram:1||RealTime Simulation:1||Realtime simulation:1||Realistic display:1||Reasoning:1||Rehabilitation training system:1||Resnet:1||Road luminance measurement:1||Safety Management System:1||Segmentation model:1||Sensor network:1||Sequence of Numbers:1||Signal Process:1||Sleep Monitoring System Using Kinect Sensor:1||Smart Device:1||Smart Helmet:1||Smart Phone:1||Smart device:1||Sound:1||Sound Therapy:1||Sparse Matrix:1||Subjective visual vertical:1||Therapy:1||Tracking:1||Traffic flood:1||Triangulation:1||UArt Communication:1||Unity Shader:1||Unity3D compute shader:1||User Characteristics:1||VGG:1||Vertigo:1||Vestibular Rehabilitation:1||Vestibular rehabilitation training:1||Virtual Reality:1||Virtual reality:1||Walking Analysis:1||Walking training:1||Worker Detection Algorithm:1||Worker Tracking Algorithm:1||abnormal data augmentation:1||acidbase imbalance:1||android NDK:1||anomaly detection:1||artificial intelligence:1||attention mechanism:1||augmented reality:1||boundaryaware:1||cameraprojector calibration:1||cardiac arrhythmia:1||chest CT scans:1||chest Xray image:1||clientside system security:1||compute shader:1||construction site:1||content authoring tool:1||convolution neural network:1||convolutional neural network:1||coronary artery calcium score:1||coronary computed tomography angiography:1||cutting simulation:1||deeplearning:1||deformable object simulation:1||diagnostic device:1||diagnostic equipment:1||diagnostic performance:1||discriminating of scar fingerprint:1||discriminating of wrinkle fingerprint:1||ecommerce:1||electrocardiography:1||experience:1||fingerprint classification:1||foreign substances detection:1||healthcare solution:1||hemodialysis:1||human pose estimation:1||human skeleton tracking:1||hybrid mobile cloud computing:1||iPhone 5:1||image processing:1||keypoint localization:1||lane detection:1||liver segment:1||load balancing:1||machine learning:1||mathematical morphology method:1||mortality:1||motion history image:1||multiclass classification:1||neural network:1||packaged food Xray detection:1||parallel GPU:1||parallel graphic processing:1||pesticides:1||physically based modelling:1||physics education:1||physiological signals:1||poisoning:1||position based dynamics:1||positionbased dynamic:1||prediction model:1||principal component analysis:1||realtime physics simulator:1||remote sensing:1||semantic segmentation:1||silhouette score:1||smart insole:1||subjective visual horizontal:1||surgery simulation:1||transfer learning:1||transmission power control:1||unity3D:1||vascular calcification:1||vestibular function tests:1||virtual cutting:1||visual psychophysics:1||volume conservation constraint:1||volume constraint:1||volume preservation constrain:1||walking:1||wearable electronic devices:1||whole cardiac segmentation:1||wireless body sensor network:1||workload:1||가상현실:1||경영정보시스템:1||곡교천:1||기억력 향상:1||깊이카메라:1||낙관:1||눈동자 검출:1||다이나믹 시뮬레이션:1||데이터베이스:1||도로 밝기 측정:1||도서 권수 판별:1||딥러닝:1||모델링:1||모바일 3D 광고 시스템 설계 제안 및 구현:1||물리기반 시뮬레이션:1||반복 켤레 기울기법:1||변형 물체:1||변형물체 시뮬레이션:1||병렬 GPU:1||병렬 처리:1||병렬 프로세싱:1||보행훈련:1||블루투스 통신:1||비콘:1||사용자 특성:1||상처 지문 판별:1||상황기반 기법:1||생체정보:1||서버:1||선형 해결:1||수면 모니터링 시스템:1||수열:1||수질:1||쉐이더 언어:1||스마트 안전모:1||시선 추적:1||실시간 시뮬레이션:1||안드로이드:1||안드로이드 NDK:1||안전관리 시스템:1||애플리케이션:1||얼굴 검출:1||열 영상 분석:1||열화상:1||열화상카메라:1||영화 리뷰:1||영화 추천 시스템:1||유니티:1||유니티 셰이더:1||이미지 프로세싱:1||인사관리:1||인적자원관리:1||인터랙티브 모바일:1||인터렉티브 모바일 게임:1||재활훈련 콘텐츠:1||저작도구:1||전자인적자원관리:1||전정재활:1||주름 지문 판별:1||지문:1||직관적 인터랙션:1||질량스프링 시뮬레이션:1||차선 검출:1||충돌 감지:1||충돌 반응:1||컴퓨트 셰이더:1||협업 필터링:1||화재:1||1D signal data analysis:1||희소 행렬:1||2D Convolutional Neural Network:1||2D 합성 곱 신경망:1||3D Free Form Deformation:1||3D Free Form Deformation Simulation:1||3D LiDAR point clouds:1||3D deformable objects:1||3D simulation:1||AR applications:1||ARhardware platforms:1||Actual Installed Quantity Measurement:1||Adaptive constraint:1||Agility Test:1||Aluminum Form:1||Android:1||Anomaly detection:1||Artificial intelligence (AI):1||Augmented reality:1||BLE beacon:1||Badminton Training:1||Biometric information:1||Bluetooth Communication:1||Bounding Sphere:1||Bounding sphere tree:1||CCTA:1||CNN:1||Canny Edge Detection:1||Canny 엣지 검출기:1||Cloth Simulation:1||Coherent behavior:1||Collaborative Filtering:1||Collisionresponse:1||Color Histogram:1||Compute Shader:1||Computer vision:1||Conjugate Gradient:1||Construction Jobsite Productivity:1||Context awareness:1||Contextbased Technique:1||Coronary:1||Coronary artery disease:1||Coronary stenosis:1||DDoS attacks:1||Datadriven animation:1||Deep Learning:1||Deeplearning:1||Deformable object:1||Deformable object simulation:1||Discrimination of Number of Books:1||Dizziness:1||Dynamic Simulation:1||Dynamic projection mapping:1||EfficientNet v2:1||Estimate of Quantity Installed:1||Estimation:1||Euro Forms:1||EyeGaze Tracking:1||Eyetracking:1||

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