저자의 연구 키워드

저자의 연구 키워드

#저장

#하역 설비)

#A<SUP>*</SUP> algorithm

#Acceleration-based passenger model(가속도 기반 승객 모델)

#Advanced evacuation analysis(승객 탈출 해석)

#ANS (Autonomous Navigation System)

#Artificial neural network

#Autonomous Ship

#Big data

#Big data(빅데이터)

#Block stock yard

#Block Stockyard

#Block turn-over

#Collaborative simulation

#Compartment design(구획 배치 설계)

#Compartment modeling(구획 모델링)

#Convolutional Neural Network

#Damage Stability(손상 시 복원성)

#Deep learning

#Dual mixed refrigerant cycle(이중 혼합 냉매 사이클)

#Dynamic Response(동적 거동)

#FCN (Fully Convolutional Network)

#Floating Crane(해상 크레인)

#Floating offshore plant(부유식 해양 플랜트)

#FPSO(부유식 원유 생산

#Fuel oil consumption

#Generic Model

#Genetic algorithm

#Genetic algorithm(유전 알고리즘)

#Hadoop

#Heatmap

#Image Classification

#Initial ship hull design

#Integrated simulation interface

#Layout model(배치 모델)

#Liquefaction Cycle

#Liquefaction process(액화 공정)

#LNG FPSO

#LNG FPSO(부유식 LNG 생산, 저장, 하역 장치)

#MBSE

#Mine detection simulation

#Multi-Body Dynamics(다물체계 동역학)

#Multi-floor layout(다층 배치)

#Multipurpose simulator

#Naval ship(함정)

#Numerical analysis

#Object Detection

#Offshore Application

#Offshore module installation

#Offshore plant

#Offshore structure

#Offshore structure(해양 구조물)

#Optimal Design

#Optimal Layout

#Optimization

#Optimization technique(최적화 기법)

#Optimization(최적화)

#Parallel Connection(병렬 연결)

#Pipe routing

#Piping material(배관 자재)

#Requirement estimation(소요량 예측)

#Resistance estimation

#ROS (Robot Operating System)

#Ship calculation(선박 계산)

#ship design

#Ship route planning

#Shipbuilding

#Shipyard

#Simulation(시뮬레이션)

#Smart ship

#Space availability

#Topside liquefaction process(Topside 액화 공정)

#Topside(상부 구조)

#USV (Unmanned Surface Vehicle)

#Virtual prototype

#Virtual reality

#Weather conditions

#Weight estimation