개방형 산학연 공유플랫폼 OCEAN+

분류

김정창

연구자 프로필

전자전기정보공학부 / 교수

연구자 키워드

#디지털신호처리(WirelessCommunicationSystems,DigitalSignalProcessing)
#디지털TV전송시스템설계및구현
#무선통신시스템
#무선통신시스템용모뎀알고리즘설계및구현
#해상및수중무선통신
#IoT플랫폼개발
#MIMO및OFDM전송시스템

특허 키워드

#레이어드 디비전
#방송 신호
#송수신장치
#걸음걸이 분석 시스템
#기적소리
#다중 방송신호
#단일주파수망
#데이터 송수신
#데이터 수집
#디지털
#멀티플랙싱
#모니터링
#모바일 소프트웨어
#방송 통신 기술
#방송신호
#방화셔터
#부이
#부트스트랩 신호 복호화
#분석 장치
#비콘 스캐너
#선박
#선박 기적소리 방향 탐지
#선박 디지털 음향수신장치
#선박용 음향수신장치
#송수신 장치
#수신장치
#수중 사용자 생체 정보 분석
#스마트 센서
#스마트 잠수복
#스마트기기
#신호처리
#웨어러블
#웨어러블 기기
#위상 차이
#위치 추정
#위치기반
#음향수신
#음향수신장치
#정확도
#제어 시스템
#주파수
#주파수 공유형 지상파 방송 시스템
#주파수 동기
#준직교 수열
#지상파
#직교 주파수 분할 다중화(OFDM) 송수신 장치
#채널 이득 추정 값
#최대 우도 디코딩
#최대우도 디코딩
#클라우드 방송
#파일럿 신호 전송
#파형
#프레임 구조
#헬스케어
#화재
#CAN 버스
#IoT 플랫폼

논문 키워드

#5G broadcast
#5G new radio
#6G
#선박 기적소리
#수신 방향
#스펙트럼 분석
#위상차이
#음향수신장치
#Advanced television systems committee 3.0
#Advanced television systems committee 30
#Aerial vehicle
#Air defense
#Armament selection
#ATSC 3.0
#ATSC 30
#Bit error rate
#bootstrap
#Broadband communication
#Broadcasting
#capacity
#channel estimation
#channel modeling
#CNN
#co-channel interference
#coherent
#combining
#Complexity theory
#Computer simulation
#correlation
#decoding
#Deep learning
#Demodulation
#detection
#Digital Signal Processor
#digital terrestrial broadcasting
#digital terrestrial television broadcasting
#Direction Detection
#distributed multiple-input single-output
#Doppler shift
#emergency alert
#Encoding
#field test
#Frequency Detection
#Frequency division multiplexing
#Frequency-domain analysis
#Gain
#Geometry
#Index modulated orthogonal frequency division multiplexing
#Interference
#interpolation
#Iterative decoding
#layered division multiplexing
#layered-division multiplexing
#LDM
#LLR
#location finding
#log-likelihood ratio
#low density parity check code
#low rate low-density parity-check code
#Manganese
#Maximum likelihood decoding
#Maximum likelihood estimation
#Media
#MIMO
#MIMO communication
#MISO communication
#Mobile communication
#Modulation
#multimedia broadcast and multicast services
#multiple physical layer pipe
#multiple-input multiple-output
#Multiplexing
#network cost
#NOMA
#non-coherent combining
#OFDM
#OTFS
#Parity check codes
#Phase Difference
#Phase shift keying
#physical broadcast channel
#Physical layer
#pilot
#precoding
#Protocols
#quasi-orthogonal sequence
#real-valued representation
#Received direction
#Receivers
#Receiving antennas
#Ship whistle
#Signal to noise ratio
#single frequency network
#single frequency network (SFN)
#Sound reception system
#Spectral analysis
#spreading code
#Standards
#Stochastic processes
#suboptimal decoding
#successive interference cancellation
#synchronization signal
#Time division multiplexing
#Time-domain analysis
#Time-frequency analysis
#time-varying channel
#transmit diversity code filter sets
#transmitter identification
#Transmitters
#Transmitting antennas
#ultra-high frequency (UHF) radio propagation
#Unicast
#wake-up

김정훈

연구자 프로필

전자전기정보공학부 / 조교수

연구자 키워드

#6G시스템을위한새로운다중접속기술개발(NOMA,RSMA,etc)
#무선전력및정보동시전송
#스마트IoT시스템구축을위한배경연구
#이동통신시스템(MobileCommunicationSystem)
#전자전기공학

논문 키워드

#PPM
#SWIPT
#WIPT
#Wireless communication
#Wireless sensor networks

김정훈

연구자 프로필

해양스포츠과학과 / 부교수

연구자 키워드

#3차원가속도계를이용한신체활동-좌업생활패턴분석과건강영향평가
#근감소증의예방을위한운동프로그램개발
#스포츠/운동손상역학(Epidemiology)연구
#스포츠의학(Sports&ExerciseMedicine)
#신체활동및체력수준과의료비용지출연구
#의료빅데이터를이용한신체활동과조기사망위험및건강수명연구
#해양체육학
#ICT를이용한헬스케어시스템개발과효과연구/해양헬스케어연구

논문 키워드

#고유수용감각
#근전도
#노인
#바이오피드백
#보행속도
#손상
#역학
#운동기능
#해양스포츠
#accelerometer
#Aging
#Air pollution
#AMD
#Blood pressure
#cardiometabolic health
#cardiovascular disease
#chronic kidney disease
#CO
#dynapenia
#epidemiology
#exercise
#FIFA 11+
#Handgrip strength
#health promotion
#Hospitalization
#Hypertension
#Incidence
#Injury
#isotemporal substitution
#KNHANES
#Korean
#labor productivity
#Leisure time
#Long-term exposure
#Medical use
#Meniscectomy
#Meniscus
#Meniscus allograft transplantation
#Meniscus Repair
#mortality
#muscle strength
#Muscular strength
#NHANES
#NO2
#obesity
#Organophosphate insecticide
#Physical activity
#PM10
#premature mortality
#Prevention
#Sarcopenia
#sedentary behavior
#Soccer
#Sports for all
#strength training
#Telomere length
#worker

연구자 키워드

#광·음향을이용한실시간결함모니터링기술개발
#레이저가공기술전문인력양성교육(산업체,고급예비인력)
#레이저가공학(레이저용접,용접물리학)
#레이저가공학(레이저용접-용접물리학)>용접공학>재료공학
#레이저가공현상의나노
#레이저용접과절단
#레이저하이브리드복합가공기술개발(크루즈,요트,LNG특수선군합,원자력/해양플랜트,LED냉각재료등)
#수중구조물의레이저절단,용접
#열처리
#용접공학
#원자력·해양플랜트산업에서의레이저해체기술개발
#유기플라즈마의분광학적해석과진단(원자,분자해석등)
#재료공학
#조선·해양플랜트·원자력산업에서의레이저피닝
#클래딩유지보수기술개발
#특수용접가공시의결함형성메커니즘규명과대책제안
#펨토시간·공간고분해능계측및해석
#표면클리닝,열처리등레이저표면개질및유지보수기술개발
#피닝,클리닝등표면개질기술개발및연구

특허 키워드

#갭
#냉각수 유로 판
#레이저
#방열기
#벨로즈
#선박 연료주입관용
#아크
#와이드
#용접
#응력 제거
#이중관 가스 벨로즈
#조절
#쿨링 블록

논문 키워드

#4축 제어 용접 시스템
#4축제어 용접 시스템
#4-axes control welding system
#디스크 레이저
#레이저 겹치기 용접
#레이저 용접
#배관용접
#산화
#순 타이타늄
#실드가스
#알루미늄 합금
#오비탈 용접
#용접 매개변수
#용접성
#유량
#재현성
#전류 슬로프 제어
#A5083
#Al5052
#Al6014
#Aluminium alloy
#aluminum
#Aluminum alloy
#Anti-corrosive paints for shipbuilding
#application for shipbuilding
#Arc Pulse
#Assist gas
#Assistant gas
#beam scanning pattern
#Butt welding
#Carrier Gas Flow Rate
#Clad Layer
#Current slope control
#cut kerf width
#Cutting
#cutting quality
#Decommissioning
#Defect
#Diode Laser
#Disk laser
#dissimilar lap welding
#eco-friendly technology
#Epoxy
#epoxy coatings
#exhaust valve
#fiber laser
#Flow rate
#focal position
#Four-axes control welding system
#gas fuel supply pipe for duel fuel engine
#Hand-held type laser cleaning equipment
#Hardfacing
#hard-facing
#heat input
#High-power laser cleaning process
#high-power laser cutting
#Hybrid Welding
#joining length
#Laser cladding
#Laser cleaned surface
#laser cleaning
#laser cleaning efficiency
#Laser cleaning process
#Laser cutting
#Laser lap Welding
#laser peening
#Laser scan mode
#Laser surface hardening
#Laser welding
#laser-arc hybrid welding
#laser-induced plume/plasma
#LC-190
#Mechanical test
#mold steel
#Multi-layer coating
#Multi-pass cladding
#Nuclear decommissioning
#Nuclear power plant
#nuclear power plant decommissioning
#Orbital welding
#Oxidation
#PAW
#Pipe welding
#Plasma arc cutting
#plastic mold
#post-welding treatment
#Powder feed
#Powder Feed Rate
#Preheating temperature
#press die
#Pressurized underwater environment
#Pulse laser
#Pulse overlap rate
#Pure titanium
#Q-switching fiber laser
#radioactive aerosols
#Removing the primer and oxide layer
#Reproducibility
#Schlieren analysis
#Shield gas
#Shop primer
#solid solution
#stainless steel
#Stellite 6
#STS304L
#STS316L
#Super duplex stainless steel
#surface characteristic
#tensile strength
#The number of laser scans
#Thermal cutting
#TIG
#TIG 용접
#TIG welding
#titanium
#Undercut
#underwater cutting
#underwater laser cutting
#weld plume
#Weldability
#Welding parameters
#Welding Voltage

김종성

연구자 프로필

항해융합학부 / 교수

연구자 키워드

#선박운항
#항법시스템전공
#해상교통
#해상교통진단

김종수

연구자 프로필

기관시스템공학부 / 교수

연구자 키워드

#전기공학
#전기공학·전기기기제어·전력전자공학
#전기기기
#전기기기제어
#전기추진시스템
#전력변환시스템
#전력전자
#전력전자공학
#친환경선박기술실증

특허 키워드

논문 키워드

#가변속 발전기
#가상세계
#강압변환기
#낚시어선
#디지털 가버너
#디지털트윈
#미세먼지
#발전기 운전 모드
#배터리
#배터리 운전 모드
#배터리 전기추진선박
#선박 운전환경
#수평면 평균 일사량
#승압변환기
#신재생에너지
#실증선박
#연안여객선
#유동-구조 연성해석
#유동해석
#육상플랫폼
#자율운항선박
#전 출력 운전 모드
#전기추진시스템
#전력관리시스템
#전력관리장치
#전력변환시스템
#정류격자
#직류 링크단
#직류배전
#추진력보존
#태양광 발전시스템
#태양광 보조발전시스템
#펄스폭 변조기법
#하이브리드 전기추진
#해상안전
#Active front end
#Active Front End (AFE)
#AFE
#AFE 정류기
#AFE Rectifier
#Air pollutant reduction
#Air pollutants
#Artificial Intelligence
#Batteries
#Battery electric propulsion
#battery electric propulsion ship
#battery hybrid
#Boarding training period
#Boost converter
#Brushless direct current (BLDC) motor
#Buck converter
#carbon dioxide reduction
#Control System
#DC 배전
#DC distribution
#DC distribution system
#DC grid
#DC grid system
#DC-Link
#DFE rectifier
#diesel engine
#Diesel-Electric hybrid propulsion ship
#Digital governor
#Digital twin
#Diode Front End (DFE)
#Direct current motor
#Domestic ferry
#Eco-friendly fuel
#Eco-friendly ship
#Electric power management system
#Electric Propulsion Ship
#electric propulsion system
#Electric propulsion systems
#emission reduction
#emissions
#Energy management
#energy management system
#energy saving
#Engine Generator
#engine speed reduction
#Equivalent consumption minimization strategy
#Exciter
#exhaust gas emission
#failure mode and effects analysis
#Fine dust
#Fishing boats
#Flow analysis
#Flow-structure coupled analysis
#FMEA
#Fuel consumption
#Galvanic corrosion
#Governor
#Horizontal solar insolation
#Hybrid control
#Hybrid electric propulsion
#hybrid power system
#hybrid system
#Induction motor
#Input current
#Insulation gasket
#Insulation performance
#Kendall’s coefficient
#LCA analysis
#life cycle assessment
#Liquefied petroleum gas
#Lithium-ion battery
#Load Profile
#Low-speed range
#Marine diesel engine
#Maritime safety
#Mobile Water Monitor
#neural network
#neural network controller
#NOx
#Operating conditions
#Operating mode of battery
#Operating mode of full power
#Operating mode of generator
#optimal control
#optimal energy control
#PFC(역률보상)
#phase angle detector
#Phase Locked Loop (PLL)
#Photovoltaic system
#Piping
#PLL
#Power Conversion System
#Power factor compensation
#Power management system
#Practice education
#Propulsion conservation
#Proton-exchange membrane fuel cell (PEMFC)
#PTI-PTO mode
#Pulse Width Modulation (PWM)
#reference voltage control
#Renewable energy
#risk priority number
#Routh-Hurwitz criterion
#RTGC
#Sensorless
#Ship
#ship safety
#Small Coastal Vessels
#Solar auxiliary power
#Sox
#Space vector modulation
#Speed control
#Stabilizer
#structure vibration
#Survey
#System simulation
#Total harmonic distortion (THD)
#Training ship
#variable speed diesel generator
#Variable speed generator
#variable speed synchronous generator engine
#Virtual world

김준성

연구자 프로필

기관시스템공학부 / 조교수

연구자 키워드

#신재생에너지활용기술(Newandrenewableenergytechnologies)
#열유체공학(ThermalandFluidEngineering)
#열유체시스템해석및설계(Analysisanddesignofthermalfluidsystems)
#인공지능을잉요한예측및최적화(Predictionandoptimizationusingartificialintelligence)
#터보유체기계수력및공력설계(Hydraulicandaerodymicdesignifturbomachinery)

논문 키워드

#3E analysis
#ammonia
#blade optimization
#boil-off gas
#CO2 power cycle
#computational fluid dynamic (CFD)
#gas turbine
#LNG cold energy
#LNG-fueled ship
#organic Rankine cycle
#preliminary design
#radial outflow turbine
#re-liquefaction system
#solid oxide fuel cell

김준영

연구자 프로필

해양신소재융합공학과 / 교수

연구자 키워드

#고속정및잠수함동특성해석및제어
#동역학및제어
#동역학해석
#무인잠수정(AUV,ROV)설계및자율운항제어
#선체운동모델링및동역학해석
#수중글라이더설계및자율운항제어
#수중로봇설계및자율운항
#시스템제어
#인공지능(머신러닝및딥러닝)응용
#조선해양공학

논문 키워드

#고장진단
#공력계수
#도킹
#무선충전
#익형
#인공지능
#Attitude controller
#Autonomous underwater vehicle
#AUV
#AUV 무인잠수정
#Buoyancy engine
#carbon fiber
#Compact structure
#Computational fluid dynamics
#Dead reckoning
#Dead reckoning 추측항법
#Declination
#Declination 자편각
#Docking
#Docking process assessment
#Docking station
#down thrust
#Dual buoyancy engine
#Dynamic modeling
#dynamic modeling & simulation
#Dynamic simulation
#dynamic stability
#Dynamics modeling
#Energy dfficiency
#Extended Kalman filter
#Extended KF 확장칼만필터
#Field test
#Fixed Wings
#GPS 위성항법시스템
#Guiding system
#Hybrid underwater glider
#hybrid underwater gliders
#Hydrodynamic maneuvering derivatives
#Layered PID controller
#Light sensor
#LOS method
#machine learning
#Mass Shifter
#mathematical model
#Motion controller
#multi-layer structure
#neural network algorithm
#PID controller
#Planar Motion Mechanism (PMM)
#pressure resistance
#Ray-type underwater glider
#Ray-type Underwater Glider (RUG)
#redundancy resolution
#Reynolds Averaged Navier-Stokes (RANS)
#Rock crushing
#Rotating Arm (RA)
#Simplified Model
#Simulation
#structural analysis
#Thruster
#tractive thrust
#Twin hybrid autonomous underwater vehicle
#Two buoyancy engines
#underwater cable
#Underwater construction robot
#Underwater docking
#Underwater Glider
#underwater tracked vehicle
#underwater vehicle-manipulator system
#unmanned ocean platform
#unmanned surface vehicle (USV)
#Unmanned underwater glider
#unmanned underwater vehicle (UUV)
#zero moment point

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