ScholarWorks@Dongguk University: Jung, Jin woo

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Jung, Jin woo (정진우)

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

Research Area

Tel 02-2260-3812
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ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

mobile robot:3||Image processing:3||Internship:2||RRT:2||IBM Watson API:2||ICIP:2||Image Processing:2||path planning:2||robot path planning:2||Path Planning:2||Relay robots:2||laser range finder:2||drone:2||Informatized caption:2||Single camera:2||HARMS:2||midpoint interpolation:2||Biometrics:1||Bounding box:1||Canny Edge Detection:1||Capstone Design:1||Capstone design:1||Classifiers:1||Communication chains:1||Contrast limited adaptive histogram equalization:1||Convolutional Neural Network:1||DP algorithm:1||Deep Learning:1||Digital Door Lock:1||Directional antennas:1||Edges:1||Endtoend communication:1||Energy Image:1||Engineering Design:1||Engineering Education:1||EnvironmentS/W Module Relationship Information:1||Evolutionary algorithm:1||Excavator Bucket:1||Excavator bucket:1||Excavator bucket modeling:1||Face recognition:1||Feedback System:1||Generalized Voronoi diagram:1||Graph Anomaly Detection:1||Graph Neural Networks:1||Graph Structure Learning:1||HTML5based network model:1||Haar Cascade:1||Hamiltonian Cycle:1||Hand clapping:1||Hand posture recognition:1||Hand region extraction:1||HumanMachine Interaction:1||Humancomputer interaction:1||Humanoid Robot:1||Integrated:1||LEGO Mindstorm:1||Labeling:1||Laser Range Finder:1||Laser range finder:1||Latticed Bounding Box:1||Leap Motion Controller:1||Localization:1||LowLight Person Detection:1||Machine Translation:1||Machine learning:1||Maxmin hand cropping:1||Medical Service Robot:1||Metapath Graphs:1||Microscopic image:1||Minimized ObstaclesinPath:1||Mobile Robot:1||Mobile Robotics:1||Mobile robot:1||Model Checking:1||Model checking:1||Multi robot system:1||MultiRobot:1||MultiRobot system:1||Multirobot systems:1||Multiple RobotSingle Station Docking:1||Nonideal iris images:1||NuSMV:1||OMR card:1||Olympic Sports:1||Optical Character Recognition:1||Optical character recognition:1||Path finding:1||PseudoInked Signature:1||QR code:1||ROS Noetic:1||RRTConnect:1||RRTconnect:1||Raspberry Pi:1||Ratio:1||Rewiring:1||Robot path planning:1||Robotic convoy system:1||Safety, security and rescue robotics (SSRR):1||Sand Volume Estimation:1||Sand volume estimation:1||Sand volume estimator:1||Security Vulnerability Analysis:1||SelfUpdate of Software Modules:1||Signature Pattern:1||Signature Recognition:1||Similarity of Task Environments:1||Single Camera:1||Smart Mirror:1||Speaker pronunciation time:1||Speaker pronunciation timeDB:1||Speech Recognition:1||Speech recognition:1||Speech to text translation:1||SpeechtoSpeech Translation:1||Sperm count:1||Thermal/RGB Cameras:1||Threshold:1||Transparent Obstacle:1||Transparent obstacle:1||Triangular inequality:1||TurtleBot3:1||UNet:1||USF HumanID outdoor database:1||Universityindustry collaboration:1||Upside Down Detection:1||Upside down checking:1||User Recognoitni:1||User recognition:1||Voice Control:1||Voice output:1||Weighted centroid algorithm:1||Wireless Sensor Network:1||Wireless communications:1||XMAC:1||YOLOv8:1||adaptive:1||aerial imagery:1||artificial intelligence:1||artificial potential field:1||bilinear interpolation:1||bidirectional interpolation method:1||blockchain:1||chewing action recognition:1||clustering:1||costeffective ROV 3D visualization:1||curvilinear obstacle:1||deformation:1||douglaspeuker polygonal approximation:1||dutycycle:1||elderfriendly:1||electromyogram (EMG) electrode location variation:1||energy efficient:1||extract answers:1||feature extraction:1||feature selection:1||finite state automata:1||footprint recognition:1||forest fire:1||gait phase recognition:1||gait recognition:1||haar cascade classifier:1||humancentered system design:1||hybrid:1||hyperledger fabric:1||hyperparameter:1||image warping:1||immersive interaction:1||integration:1||inventory management:1||iris image enhancement:1||iris recognition:1||load management:1||local minima:1||localization:1||mapping:1||mouth compactness:1||noise filtering:1||online signature recognition:1||opposite anglebased exact cell decomposition:1||optimality:1||path smoothness:1||personalized humanmachine interaction:1||pose estimation model:1||postprocessing:1||prediction model:1||privacy preserving:1||private donation:1||protocol:1||quick response (QR) code:1||realtime visualization:1||reflection noise:1||relative position estimation:1||remote sensing:1||review:1||rewiring:1||robot motion planning:1||samplingbased path planning:1||selfattention:1||semantic segmentation:1||sensors:1||sentiment analysis:1||separable convolutions:1||slowmotion detection:1||smart homes:1||smart mirror:1||teleconference system:1||template matching:1||textual data:1||transparency:1||transparent obstacle:1||transparent obstacle recognition:1||triangular RRTconnect:1||triangular inequality:1||triangular rewiring:1||walking assist system:1||water sink model:1||working class ROV:1||working class ROV operational constraints:1||기계학습:1||뒤태 인식:1||라벨링:1||레이저 레인지 파인더:1||모바일 로봇:1||배경 차분:1||비율:1||사용자 인식:1||사용자인식:1||얼굴인식:1||에너지 이미지:1||영상처리:1||음성 출력:1||이미지 처리:1||이진화:1||임계값:1||지폐인식:1||투명 장애물:1||3D ROV orientation awareness:1||하르 캐스케이드:1||A* Algorithm:1||Astar algorithm:1||Accumulated ASCII Difference:1||Action recognition:1||Adaptive Model:1||Adaptive Robot Software Framework:1||Adaptive model:1||Amazon KIVA:1||Artificial Neural Network:1||Assessment:1||Augmented reality:1||Back Posture:1||Background difference:1||Banknote detection:1||Beep Sound Pattern:1||Binary operation:1||

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