저자의 연구 키워드

저자의 연구 키워드

#Autonomous Landing(자동 착륙)

#Autonomous Landing(자동착륙)

#Collective Navigation

#collision avoidance

#Collision avoidance(충돌회피)

#computer vision

#Convolutional Neural Network (합성곱 신경망)

#Convolutional Neural Networks(합성곱신경망)

#Curriculum Learning

#D3QN

#Decentralized Control(분산형 제어)

#Deep Learning

#Deep Learning (딥러닝)

#Deep Reinforcement Learning

#depth estimation

#Depth-estimation(깊이예측)

#Disturbance Observer(외란 관측기)

#Drone(드론)

#Embedded System

#Extended Kalman Filter(확장형 칼만 필터)

#fiducial marker

#Flight Test Environment(비행시험환경)

#Flocking

#Flocking Control(군집제어)

#hybrid-flocking control

#Image-based Visual Servoing(이미지 기반 비쥬얼 서보잉)

#Imitation Learning(모방 학습)

#Knowledge Distillation

#Localization

#Lyapunov Guidance Vector Field

#Machine Learning (기계 학습)

#Machine learning(기계 학습)

#Machine learning(기계학습)

#Model Compression

#monocular camera

#Multi-Camera System(멀티카메라 시스템)

#neural network compression

#neural network quantization

#Nonlinear Disturbance Observer-Based Control(비선형 외란 관측기 기반 제어)

#Obstacle Avoidance (충돌 회피)

#Obstacle avoidance(장애물 회피)

#Optimization(최적화)

#pose estimation

#Pruning

#Quantization

#Radar-Inertial Odometry

#Reinforcement Learning(강화 학습)

#Reinforcement learning(강화학습)

#Robot Operating System

#Sensor Fusion

#SLAM

#Supervised Learning(지도학습)

#Swarm Control(군집제어)

#swarm mode

#Swarm(군집)

#Temporal Calibration

#Trail following(길 추적)

#UAV(무인기)

#unmanned aerial vehicle

#Unmanned Aerial Vehicle(무인 비행체)

#Unmanned Aerial Vehicle(무인 항공기)

#Vision based control(영상 기반 제어)

#Vision Based Control(영상기반 제어)

#vision-based control(영상 기반 제어)

#Vision-based Control(영상기반 제어)