저자의 연구 키워드

저자의 연구 키워드

#2D LiDAR

#antenna

#antenna pattern

#AnyBody Modeling System

#Autonomous underwater vehicle(자율 무인 잠수정)

#Body Segment Mass

#CFD(Computational Fluid Dynamics)

#depth sensor

#directivity

#Disturbance OBserver(외란 관측기)

#Docent robot(도슨트 로봇)

#docking system(도킹시스템)

#Ducted(덕트형)

#electro-magnetic waves

#Exoskeleton

#extended Kalman filter

#force feedback

#Gesture(제스쳐)

#haptic mechanism

#hovering control

#Hovering(수중 호버링)

#HPBW

#Human Robot Interaction(인간로봇 상호작용)

#IMU sensor

#infrastructure-based localization

#INS 관성항법시스템

#localization

#Localization(위치인식)

#Machine Learning

#master device

#Mobile Robot

#Musculoskeletal Simulation

#Object Detection

#Obstacle

#omni-directional antenna

#QRT(Quadrotor type)

#Real-Time

#RF

#RF localization

#RF range sensor RF 거리 센서

#RF(전자기파)

#Robust Control(강인제어)

#ROS

#RSS

#RSSI

#RSSI (Received Signal Strength Indicator)

#Sensor fusion 센서 융합

#Sensor-node

#Simulation

#SLAM

#Stator(고정익)

#Streamlined shape(유선형)

#tendon driven

#Torque Optimizing

#UAV(Unmanned Aerial Vehicle)

#underwater docking

#underwater environment

#underwater localization

#Underwater localization 수중 위치 추정

#underwater manipulator

#Underwater robot 수중 로봇

#underwater(수중)

#Underwater-Localization

#unmanned underwater vehicle

#UUV(무인잠수정)

#UWSN (Underwater Wireless Sensor Network)

#Velocity

#Ventury effect(벤츄리 효과)

#VTOL(Vertical Take-off and Landing)

#Wheel drive motor(바퀴구동모터)

#YOLO