저자의 연구 키워드

저자의 연구 키워드

#가용도(Availability)

#감시·정찰(Surveillance and Reconnaissance)

#강화학습(Reinforcement Learning)

#관성항법장치(Inertial Navigation System)

#근접방어무기체계(CIWS)

#금속파 기술(metalWave Technology)

#기뢰 탐지(Mine Detection)

#대잠 헬기(Anti-Submarine Helicopter)

#메탈복스 시스템(metalVox System)

#미사일 피격 이미지(Missile Strike Image)

#비정렬각(Misalignment angle)

#수중 드론(Underwater Drone)

#수중 환경(Underwater Environment)

#시간지연(Time delay)

#시뮬레이션(Simulation)

#신뢰도(Reliability)

#신뢰도·가용도·정비도(RAM)

#신호 강도(Signal Strength)

#심층 Q 네트워크(Deep Q-Network)

#야전운용실적(Field Operations Data)

#인공지능 시스템(AI System)

#전달정렬(Transfer Alignment)

#전이학습(Transfer Learning)

#정비도(Maintainability)

#지렛대효과(Leverage effect)

#통신 신뢰성(Communication Reliability)

#평균제곱오차(Mean Squared Error)

#표적 식별(Target Classification)

#표적위협평가(Target Thread Assessment)

#하위무기체계(Sub Weapon System)

#함내 무선통신(Intra-Ship Wireless Communication)

#호버링 제어(Hovering Control)

#확장칼만필터(Extended Kalman Filter)

#확장형 칼만 필터(Extended Kalman Filter)

#회귀모델(Regression Model)

#Acoustic tactics

#Adam 옵티마이저(Adam Optimizer)

#AI Optimization

#Anti-Submarine

#Antisubmarine Warfare

#applying MATLAB & Arduino to naval operations

#Autonomous Arial Vehicle

#bayesian decision-making

#Big Data

#Canny 함수(Canny Function)

#changing underwater environments

#CIWS

#CNN(Convolutional Neural Network)

#combat decision support system

#Correction Factor

#DDPG Algorithm

#Energy Efficiency

#Failure Rate

#Intra-Ship Wireless Communication Technologies

#Inverse Synthetic Aperture Radar

#Latency Analysis

#LTE communication

#MARL

#MNIST 데이터셋(MNIST Dataset)

#multi-agent reinforcement learning

#multi-static sonobuoy

#Observed Failure Rate

#OMS/MP

#Optimal Design

#optimal wavelength

#PID제어기(PID Controller)

#Predicted Failure Rate

#PSO(Particle Swarm Optimization)

#Radar Cross Section

#RAM

#Range Profile

#RAS(Radar Absorbing Structure)

#RCS(Radar Cross Section)

#real-time resource management

#Reinforcement Learning

#Sonobuoy

#Stealth Technology

#Throughput Comparison

#uncertainty analysis

#Underwater laser communication

#Unity ML-Agents

#Unmanned Surface Vehicles

#Virtual Environment

#Wave Absorbing Characteristics