ScholarWorks@Dongguk University: Cho, Kyung eun

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Cho, Kyung eun (조경은)

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

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Tel 02-2260-3834
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Natural user interface:12||deep learning:7||GPU:5||Feature extraction:5||Mobile robot:4||Qlearning:4||Kinect:4||Deep learning:4||Artificial intelligence:4||Bayesian probability:4||LiDAR:4||Humanrobot interaction:3||Mixed reality:3||Internet of Things:3||3D reconstruction:3||Reinforcement learning:3||NUI:3||Invoked reality:3||Data mining:3||Virtual environment:3||Background subtraction:3||Data stream mining:3||Programming by demonstration:3||Simulation:3||Virtual reality:3||transformer:3||Classification:3||Ground segmentation:3||GPU programming:2||Humancomputer interaction:2||Humancomputer interface:2||EMG:2||Mesh generation:2||Qnetwork:2||Convergence:2||Autonomous driving:2||CFD:2||CUDA:2||Motion detection:2||Artificial neural networks:2||Virtual agent learning:2||glass reflection:2||Behavior planning:2||Information visualization:2||threedimensional point cloud:2||twodimensional range image:2||Multiuser interaction:2||virtual environment:2||virtual point removal:2||3D point cloud:2||vision transformer:2||image processing:2||Wireless Sensor Network:2||Wireless sensor network:2||Big data:2||Hand gesture recognition:2||machine learning:2||NVIDIA:2||IoT:2||Headmounted display:2||autonomous vehicle:2||Support vector machine:2||big data:2||3D LIDAR:2||Hidden Markov model:2||Flow patterns:2||multiple sensors:2||classification:2||LIDAR:2||Foreground segmentation:2||noise filtering:2||3D scene reconstruction:2||Context:2||Parallel computing:2||convolutional neural network:2||Threedimensional displays:2||Parallel execution:2||data stream mining:2||Human activity recognition:2||Bayesian Probability:2||reinforcement learning:2||scenario generation:2||Posture recognition:2||Federated learning:1||Forecasting:1||Foregroundbackground segmentation:1||Fusion:1||Fuzzy Rules:1||GAN:1||GMDH:1||GPS Trajectory analysis:1||GUI tool:1||Game AI:1||Games:1||Generic algorithm:1||Geometry:1||Gesture:1||Gesture Recognition:1||Gesture recognition:1||GibbsMarkov Random Field:1||Gradient field:1||Ground Segmentation:1||Grouping recommendation:1||Hand gesture:1||Healthcare:1||Height estimation:1||Hidden markov models:1||Holographic projection:1||Hough transform:1||Human Activity Simulation:1||Human Computer Interaction:1||Human action recognition:1||Human activity simulation:1||Human body Segmentation:1||HumanRobot Interaction:1||Humancentric:1||Humancentric communication:1||Humanrobot Interaction:1||Humidify:1||ICT:1||Image preprocessing:1||Image processing:1||Image reconstruction:1||Imbalanced dataset:1||Imitation learning:1||Influence map:1||Insulation:1||Insulin mellitus:1||Intelligent vehicles:1||Interactive lecture:1||Internet of battle things:1||Internet of things:1||IoT data analysis:1||IoT smart home:1||Kmeans algorithm:1||Kalman Filter:1||Kalman filter:1||Kinect sensor:1||Largescale point cloud:1||Laser radar:1||Leap Motion:1||Levenshteindistance algorithm:1||LiDAR point cloud:1||Light Detection and Ranging:1||LoRa:1||Location prediction:1||Locationbased:1||Machine learning:1||Maintenance:1||Maximin Selection Algorithm:1||Medical informatics:1||Military computing:1||Mobile sensor platform:1||Modelbased object:1||Modeling:1||Motion Estimation:1||Motion estimation:1||Motion sensing:1||Motionbased skin region detection:1||Motivation system:1||Motor Primitive:1||Multisensor calibration:1||Multisensor integration:1||Multiuser Reidentification:1||Multimedia content:1||Multiple sensors:1||Myo:1||Myo device:1||NAO:1||Natural User Interface:1||Natural user eXperience:1||Natural user experience:1||Nature inspired algorithm:1||Network robot:1||Neural network:1||OTAA:1||Object detection:1||Object detection and tracking:1||Object segmentation:1||Object tracking:1||Online development approach:1||Orientation:1||Path Modification:1||Path modification:1||Pattern recognition:1||Planning:1||Point cloud:1||Point cloud compression:1||Power Conservation:1||Prelab:1||Programming by Demonstration:1||Propagation:1||QLearning:1||Qvalue:1||Realtime connected component labeling:1||Realtime systems:1||Realtime visualization:1||Regression:1||Remote conferencing systems:1||Remote control:1||Remote education:1||Remote lecture:1||Resampling:1||Reward:1||Robot kinematics:1||Robot motor primitive:1||Robot movement:1||SMOTE:1||Scenario generation:1||Segmentation:1||Sensor data:1||Sensor selection:1||Sensors:1||Service robot:1||Shadow features:1||Skeleton information:1||Smart Metre:1||Smart home:1||Sports:1||StartGround Point:1||Surface reconstruction:1||Sustainable society:1||Swarm optimisation:1||Target extraction:1||Target tracking:1||Task generation:1||Task reconstruction:1||Taxonomy:1||Template mesh:1||Terminal reward:1||Terrain modeling:1||Terrain reconstruction:1||Threshold Point:1||Time series preprocessing:1||Timeseries forecasting:1||Touchless operation:1||Trace filtering:1||Tracking:1||Traditional House:1||Traditional house:1||Trajectory:1||Trajectory mining:1||Transformers:1||Transmission Power Problem:1||Transparent display:1||Twodimensional camera:1||Ubiquitous computing:1||Undersampling:1||Unmanned Ground Vehicle:1||Unmanned ground vehicle:1||Unmanned vehicle:1||Unusual human activities:1||User identification:1||Velodyne LiDAR sensor:1||Very fast decision tree:1||Video conferencing:1||Virtual Character:1||Virtual Lab:1||Virtual Reality:1||Virtual environments:1||Virtual experiment:1||Virtual human:1||Virtual simulation:1||Virtual simulator:1||Voxel map:1||Wearable computers:1||Wearable computing:1||Weight:1||activity recognition:1||adversarial learning:1||artificial intelligence:1||asynchronous advantage actorcritic:1||atmospheric pattern recognition:1||automatic:1||autonomous driving simulator:1||autonomous ship:1||autonomous vessels:1||basketball game:1||bayesian probability:1||calibration board:1||calibration matrix:1||camera calibration:1||casebased curriculum learning:1||cloud system:1||clustering:1||connected component labeling:1||context:1||contextdriven approach:1||convolution neural network:1||convolutional attention:1||convolutional neural networks:1||cumulative voxels:1||datapipeline optimization:1||deep RL:1||deep learning software:1||depth priors:1||digital simulation:1||driving data generation:1||driving simulation:1||dynamic dense reward:1||dynamic environment:1||dynamic object:1||dynamic obstacle:1||edge computing:1||editing:1||endtoend control:1||eventdriven approach:1||feature analyze:1||feature extraction:1||feature fusion algorithm:1||feature selection:1||feedback background modeling:1||floodfill algorithm:1||game AI:1||generative adversarial network:1||genetic algorithm:1||geometry enhancement:1||gesture learning:1||gesture recognition:1||glass detection:1||gradient field:1||graphical user interfaces:1||ground segmentation:1||heterogeneous sensors:1||holistic 3D scene understanding:1||horizon targeted loss:1||human activity:1||human activity recognition:1||human activity simulation:1||image classification:1||image translation:1||imagebased 3D generation:1||imitation learning:1||joint optimization:1||largescale 3D point cloud:1||largescale 3D point cloud:1||learning framework:1||mean height evaluation:1||mesh reconstruction:1||modeling:1||monocular 3D multipleobject tracking:1||monocular 3D object detection:1||monocular depth estimation:1||motion estimation:1||multiagent reinforcement learning:1||multiagent system:1||multiview stereo:1||multiview stereonetwork:1||multimedia:1||natural user interface:1||neural networks:1||neural radiance fields:1||neural rendering:1||object segmentation:1||object tracking:1||objectaware reconstruction:1||orientation:1||panoramic texture generation:1||parallel computation:1||past data:1||pervasive computing:1||point cloud:1||point cloud denoising:1||pointcloud denoising:1||policybased RL algorithm:1||realtime simulation:1||remotecontrolled system:1||scenario simulation and modeling framework:1||scene reconstruction:1||security and privacy:1||selfdriving:1||selfsupervised learning:1||semantic feature matching:1||semantic segmentation:1||sensor fusion:1||sensor systems:1||sensors:1||simulated virtual environment:1||simulatedannealing:1||simulation:1||simulation framework:1||single image textured mesh reconstruction:1||smart cities:1||smart city:1||smart homes:1||smart house:1||smart sensor and device:1||sports game:1||structure from motion:1||style transfer:1||superresolution:1||supervised learning:1||sustainable energy management:1||texture enhancement:1||tool for autonomous driving:1||ubiquitous computing:1||ubiquitous sensor network:1||unmanned ground vehicle:1||video surveillance:1||virtual robot:1||voxel feature fusion:1||weight:1||동적 보상 설계:1||시뮬레이티드 어닐링:1||심층 강화학습:1||3D point cloud:1||정책 기반 알고리즘:1||3D Point Cloud:1||3D Reconstruction:1||3D content creation:1||3D human model:1||3D lane detection software from 2D image:1||3D mesh reconstruction:1||3D object detection:1||3D object recognition:1||3D point clouds:1||3D scene reconstruction software:1||3D semantic scene reconstruction:1||3D simulation:1||3D style transfer:1||3D terrain reconstruction:1||4D movie:1||5G mobile communication:1||5G network:1||Accuracy:1||Action Generation Toolkit:1||Air flows:1||Arduino:1||Assisted living:1||Augmented reality:1||Automation:1||Autonomous Ground Vehicle:1||Autonomous agent:1||Autonomous robot:1||BCI contents:1||BCI game:1||Backpropagation neural network:1||Background updating methods:1||Behavior:1||Behavior execution:1||Behavior generation:1||Behavioral sciences:1||Biomedical data:1||Biomedical monitoring:1||Biosignal classification:1||Blockchain:1||Braincomputer interface:1||Brainwave:1||Bresenham's line algorithm:1||Bundle adjustment:1||Calibrate:1||Cameras:1||Classification algorithms:1||Cloud Computing:1||Cloud computing:1||Codebook:1||Computational modeling:1||Connectedcomponentlabelling:1||Contextaware services:1||Contextdriven Approach:1||Contextdriven simulation:1||Convolutional neural network:1||Costs:1||Data computing:1||Data processing:1||Deep Belief Network:1||Deep Q learning:1||Deep reinforcement learning:1||Demonstrationbased learning:1||Depth measurement:1||Diabetes therapy:1||Distributed computing:1||Driving Awareness:1||Dynamic Multiobjective:1||Dynamic object:1||Dynamic threshold:1||Dynamic zone:1||Edge computing:1||Effective Gestures:1||Electric power consumption prediction:1||Electrical Measuring Sensor:1||Energy prediction:1||Environment Perception:1||Eroding and dilating:1||Estimation:1||Eventdriven Approach:1||Eventdriven simulation:1||Extreme connectivity:1||Face and hand gesture recognition:1||

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