저자의 연구 키워드

저자의 연구 키워드

#3D CAD assembly data

#3D CAD assembly model

#3D CAD Assembly Model(3차원 캐드 조립체 형상)

#3D CAD Assembly Model(3D CAD 조립체 모델)

#3D CAD model

#3D CAD part

#3D data

#스파크)

#Abnormal Status Detection(비정상 상태 감지)

#Algorithm

#Ambari

#Analysis platform

#ANSYS

#API

#Artificial neural network

#Big data

#Big Data Platform(빅 데이터 플랫폼)

#Character string

#Data extraction

#Deep learning

#Design optimization

#Design Optimization(설계 최적화)

#Electromagnetic vibration energy harvester

#Electromagnetic Vibration Energy Harvester(전자기형 진동 에너지 하베스터)

#Energy efficiency

#Energy Efficiency(에너지 효율)

#Energy harvesting

#Facility

#Feature-based method

#Feature-based Method(특징형상 기반 방법)

#Functional requirements

#Hadoop

#Hadoop(하둡)

#Image Format Drawings

#Image processing

#Image semantic segmentation

#Knowledge-based Framework

#Large equipment

#Level of Detail(상세도)

#LiDAR

#Line

#Machine learning

#Machine Learning(기계 학습)

#Model simplification

#Model Simplification(모델 단순화)

#Model Simplification(형상 단순화)

#Morphological Operations

#Neutral file

#Object Elimination

#Object recognition

#Obstacle detection

#Operation and Maintenance

#Outline

#Piping and instrumentation diagram

#Plant equipment

#Plate spring

#Plug-in Type System(플러그인 타입 시 스템)

#Plug-in Type System(플러그인 타입 시스템)

#Point cloud

#Pseudo lidar

#R

#R(알)

#Radiation safety managemen

#Refinery Plant

#Regression

#Regression analysis

#Ship navigation

#Ship Operation(선박 운영)

#Siemens NX(Siemens NX)

#Simplification

#Simplification procedure

#Simultaneous localization and mapping

#Spark(하둡

#Structural Analysis

#Symbol

#System design

#Title

#UG NX

#UG NX(유지 앤엑스)