저자의 연구 키워드

저자의 연구 키워드

#가상물리운용시스템(Cyber Physical Operation System)

#다물체동역학(Multibody dynamics)

#디지털트윈(Digital twin)

#수중로봇(Underwater Robot)

#실시간(Real time)

#antenna pattern

#Autonomous Operation Framework(자율운용 프레임워크)

#Autonomous Surface Vehicle(자율무인수상정)

#Autonomous Underwater Vehicle(자율무인잠수정)

#CPOS (Cyber-Physical Operation System)

#CPOS(가상물리운용시스템)

#Cyber Physical Operation System (CPOS)

#Cyber Physical Operation System(가상 물리 운용 시스템)

#Cyber physics system

#cyber-physical operation system (CPOS)

#differential hydraulic pressure

#Digital twin

#directivity

#DNN (Deep Neural Network)

#Docking Simulation(도킹 시뮬레이션)

#Docking Success Rate(도킹 성공률)

#Dynamics Analysis

#EM radiation pattem(전자기파 방사패턴)

#Gait Pattern Generation(보행 계획)

#haptic feedback

#HILS(실시간 모의 실험)

#HPBW

#Hydraulic Actuator

#Hydraulic and Control System

#hydraulic manipulator

#infrastructure-based localization

#INS 관성항법시스템

#Iterative Closest Point

#Kalman filter algorithm

#Leaf Spring(판스프링)

#Mapping(지도 작성)

#Measurement Model

#Monte Carlo Localization(몬테카를로 위치 추정)

#Multibeam Echo Sounder

#Multibody dynamics

#Multibody Dynamics(다물체 동역학)

#Ocean Environment(해양 환경)

#omni-directional antenna

#perception

#Quadruped Robot(4족 보행로봇)

#Quad-track

#Rapidly-Exploring Random Tree Star(급속탐색 랜덤트리)

#RF localization

#RF range sensor RF 거리 센서

#Robot Operating System

#RSS

#RSS(신호감쇠도)

#RSSI (Received Signal Strength Indicator)

#Seabed Mapping

#Sensor fusion 센서 융합

#sensory cues

#situation awareness (SA)

#Tracked Underwater Robot(트랙수중차량)

#Undercarriage

#underwater localization

#Underwater localization 수중 위치 추정

#Underwater localization(수중위치추정)

#Underwater Operation(수중 운용)

#underwater robot

#Underwater robot 수중 로봇

#Underwater Robot(수중 로봇)

#Underwater Rover

#Underwater tracked vehicle

#Underwater Walking Robot(해저보행로봇)

#unmanned underwater vehicle (UUV)

#UWSN (Underwater Wireless Sensor Network)

#Virtual sensor

#Virtual Sensor(가상센서)