ScholarWorks@Hanyang University: Byun, Joongmoo

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Byun, Joongmoo (변중무)

COLLEGE OF ENGINEERING (DEPARTMENT OF EARTH RESOURCES AND ENVIRONMENTAL ENGINEERING)

Research Area: 이산화탄소지중저장, 광케이블(DAS) 응용, 물리탐사에 AI 적용, Carbon Capture and Storage, Application of Distibuted Array Sensing (DAS), Application of AI to Geophysical Problems

Tel 02-2220-0461
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Machine learning:8||machine learning:6||Inversion:5||Gas hydrate:5||Monitoring:5||Microseismic monitoring:4||imaging:4||wavefield separation:4||anisotropy:4||Seismic interferometry:4||Data models:4||monitoring:4||inversion:4||Ulleung Basin:3||Reservoir characterization:3||Interpolation:3||Computational seismology:3||Deep learning:3||Wave propagation:3||porosity:3||prestack migration:3||facies classification:3||Numerical solutions:3||Zerooffset VSP:3||Conductivity:3||Finite element:3||reservoir characterization:3||수압파쇄:3||Matching Pursuit:3||Microseismic:3||interpolation:3||CSEM:3||파 분리:3||Modeling:3||가스하이드레이트:3||Full waveform inversion:3||microseismic monitoring:3||water content:2||mineralized zone:2||Deep neural network (DNN):2||ERT:2||wavelet:2||2D:2||Moho:2||fractures:2||Training:2||aliasing:2||Air wave:2||rock physics:2||Detectability:2||Hydraulic fracturing:2||Operating and design parameters:2||영상화:2||오일샌드:2||완전파형역산:2||gas hydrate:2||다성분 수직 탄성파탐사:2||generalised screen:2||multicomponent seismic data:2||이방성:2||generalizedscreen propagator:2||Elastic:2||seismic interferometry:2||geologic column:2||Magnetic susceptibility:2||geophysical logging:2||Planewave:2||grade. .:2||signal processing:2||Image processing:2||hole deviation:2||stacking:2||hydraulic fracturing:2||주시역산:2||Crustal structure:2||Marine CSEM:2||multicomponent VSP:2||중합전 위상막 구조보정:2||susceptibility:2||Predictive models:2||가스 하이드레이트:2||3D:2||Pseudolabeling:2||inclined borehole:2||tilted transversely isotropic:2||공극률:2||Uncertainty:2||Quantitative seismic interpretation:2||trace interpolation:2||기계학습:2||GPU:2||crossgradient:2||KCRT2008:2||electromagnetic:2||Seismic anisotropy:2||electromagnetics:2||oil sand:2||Regularisation:2||Neural network:2||Event location:2||joint inversion:2||트레이스 내삽:2||물리검층:2||Korean Peninsula:2||Electromagnetics:2||prestack phasescreen migration:2||facies:2||해저면 탄성파 기록계:2||복합역산:2||Seismic noise:2||Facies classification:2||Acoustic properties:2||Limestone cavity:1||Lithosphere:1||Location of microseism:1||LoggingWhileDrilling (LWD):1||MER:1||MPI:1||MPI Received: 24:1||MWNI:1||Magnetic and electrical properties:1||Magnetization:1||Manuals:1||Measurement:1||Mineralogy:1||Model:1||Moment tensor inversion:1||Monte Carlo dropout:1||Monte Carlo inversion:1||Monte Carlo method:1||Moveout correction:1||Multiattribute analysis:1||Multiwindow approach:1||Multicomponent:1||Multicomponent imaging:1||Multivariate probability density function (PDF):1||Neural networks:1||Noise level:1||Numerical modeling:1||OBC:1||OBS:1||Object detection:1||Ocean bottom seismometer:1||Oceanbottom seismometer (OBS):1||Oceans:1||Oneway wave equation:1||POCS:1||Permeability:1||Petrofacies characterization:1||Poisson impedance:1||Porosity:1||Poynting vector:1||Prestack:1||Prestack depth migration:1||Qfactor:1||RVSP:1||Rayleigh wave:1||Receivers:1||Reconstruction:1||Refraction:1||Regularization:1||Relative weighting factor:1||Reservoirs:1||Resolution enhancements:1||Rock physics model:1||Rock physics model ( RPM):1||Rocks:1||Rough topography:1||Swave velocity:1||Seismic:1||Seismic attribute:1||Seismic impedance:1||Seismic interpretation:1||Seismic reflection interferometry:1||Seismic tomography:1||Seismic waves:1||Seismics:1||Separation:1||Signal to noise ratio:1||Simultaneous joint inversion:1||Single vertical well:1||Smallloop EM method:1||Smoothing:1||Source parameters:1||Spatial analysis:1||Spectral enhancement:1||Spectral ratio method:1||Spurious event:1||Structure Tensor:1||Structureoriented:1||Subsurface void:1||Surface impedance:1||Surveys:1||S파 속도:1||TCCA method:1||TTI:1||TTI media:1||Task analysis:1||Three phase Biottype equation:1||Timedomain:1||Timevariant:1||Trace regularization:1||Training data:1||Traveltime inversion:1||Unet:1||Underground cavity:1||Unsupervised clustering:1||VP/VS ratio:1||VSP:1||VSP data preprocessing:1||VSP 자료:1||VSP 자료 전처리과정:1||VTI media:1||Velocity analysis:1||Velocity spectrum:1||Vertical Transversely Isotropy (VTI):1||Virtual source method:1||Watersaturation:1||Wave scattering and diffraction:1||Wavelet transform:1||Well logging:1||Wideangle reflection:1||Xray diffraction (XRD):1||Zerooffset VSP data:1||a priori information:1||air wave:1||airborne survey:1||amplitude mismatch:1||amplitude spectrum:1||anisotropic elastic reversetime migration:1||anisotropic wavefield separation:1||apparent resistivity:1||autoML:1||automatic velocity analysis:1||barycentric coordinate:1||bootstrapped differential semblance:1||borehole image logs:1||bottomsimulating reflector (BSR).:1||boundary condition:1||carbon dioxide:1||common offset:1||computing:1||converted wave:1||converted wave imaging:1||crosscorrelation:1||crosswell monitoring:1||crust:1||curvelet transform:1||data augmentation:1||deconvolution:1||deep learning:1||deep learning (DL):1||diffraction:1||distributed acoustic sensing (DAS):1||domain adaptation:1||double frequency:1||effective PI workflow:1||effective anellipticity:1||elastic modeling:1||elastic modelling:1||elastic reverse time migration:1||electrical resistivity:1||electrical resistivity inversion:1||electrical resistivity inversion.:1||electromagnetic (EM):1||evaluation metrics:1||event detection:1||explainable AI:1||fk domain:1||fk filtering:1||first arrival picking:1||firstbreak picking:1||fluid impedance:1||fluid saturation:1||fluid substitution:1||focal mechanism:1||fracture:1||fracture imaging:1||fracture system:1||frature imaging:1||frequencydomain:1||frequencydomain airborne electromagnetic (AEM):1||fresh water injection:1||fullwaveform inversion:1||gashydrate:1||generalizedscreen:1||generatingtime mismatch:1||geometrical distribution:1||geothermal:1||gridsearch:1||hydrocarbon reserves:1||image processing:1||imaging condition:1||imaging processing:1||imbalance problem:1||impedance inversion:1||inhomogeneity:1||interpretable machine learning:1||interval velocity:1||irregular sparse seismic data:1||irregularly missing seismic data:1||kfold cross validation:1||lowfrequency seismic noise:1||mCSEM:1||mCSEM inversion:1||machine learning (ML):1||marine CSEM:1||microseismic:1||microseismicity:1||migration:1||modelconstrained MWNI:1||modeling:1||moveout velocity:1||multicomponent seismic survey:1||multiparameter:1||multipole source:1||near offset:1||nearoffset gap:1||neural networks.:1||ocean bottom cable (OBC):1||oceanbottom seismometer (OBS):1||oil reservoir:1||open synthetic datasets:1||oversampling:1||permeable fracture:1||polynomial neural network:1||power spectral density:1||processing:1||processing noise:1||projection onto convex sets (POCS):1||pseudo porosity log:1||pseudo1D method:1||purious event:1||random search:1||receiver positioning:1||reconstruction:1||redatuming:1||regularization:1||resistivity:1||reverse time migrations:1||reversetime:1||rock physics model:1||root mean square velocity constraint:1||rootmeansquared amplitude:1||rotation transform:1||salt body:1||seawater intrusion:1||seismic attribute:1||seismic exploration:1||seismic facies classification:1||seismic phase picking:1||seismic trace extrapolation:1||seismic velocity:1||selfsupervised learning:1||separation:1||sparse:1||spectral decomposition:1||stationary phase:1||statistical:1||statistics:1||stretch mute:1||synthetic data:1||synthetic seismic data:1||taup velocityanalysis:1||thin layer reservoir:1||threshold:1||timelapse seismic monitoring:1||topography:1||trace extrapolation:1||transfer learning:1||traveltime inversion:1||virtual PP reflection image:1||virtual reflection image:1||virtual source:1||visualisation:1||wideangle seismic survey:1||가까운 벌림:1||가상 PP 반사파:1||감쇠 최소자승법:1||객체탐지:1||겉보기 비저항:1||격자탐색법:1||경사 시추공:1||공곡:1||공중점 범위:1||광각 반사법:1||광각 탄성파 탐사:1||광화대:1||구간속도:1||굴절법:1||그린함수:1||내삽:1||다극자 송신원:1||다성분 탄성파 탐사:1||다성분 탄성파탐사자료:1||다항식 신경망 기법:1||단일 수직 관측정:1||담수주입:1||대자율:1||도로 하부 공동:1||동탄성계수:1||동해가스전:1||딥러닝:1||레일리파:1||머신러닝:1||모멘트 텐서 역산:1||몬테카를로 방법:1||미소지진 모니터링:1||미소지진 발생 위치:1||미소진동:1||미소진동 모니터링:1||방위각:1||부존양상:1||불규칙한 빠짐이 있는 탄성파 자료:1||불변위상:1||비저항 토모그래피:1||빛띠 분해:1||석회암 공동:1||설계변수:1||속도분석:1||속도스펙트럼:1||속도역산 알고리듬:1||송신변수:1||시추공영상화검층:1||신호발생 시간 불일치:1||심부저류층:1||알리아싱:1||암석물리모델:1||얇은 저류층:1||요소파:1||위치역산 알고리듬:1||유사 공극률 검층:1||유체포화율:1||이방성 변수:1||이방성 탄성 거꿀 참반사 보정:1||이방성 파분리:1||이벤트 위치결정:1||인공송신원 해양전자탐사 역산:1||일반화된−막:1||자동:1||자동속도분석:1||전기비저항:1||전파형 역산:1||제로오프셋 VSP:1||조건수:1||주상도:1||주파수 영역:1||중:1||중합전 구조보정:1||지각 모델링:1||지반침하:1||지열발전:1||지표투과레이더:1||지하수 유동:1||진폭 불일치:1||진폭 빛띠:1||참반사 보정:1||천부 불균질대:1||타우−피 속도분석:1||탄성파 모델링:1||탄성파 속도:1||탄성파 속성:1||탄화수소 매장량:1||탐지가능성:1||투수성 파쇄대:1||트레이스 외삽:1||파쇄대:1||평면파:1||품위:1||프레넬 볼륨 근사:1||함수율:1||합성지진파:1||해수침투:1||해양 전자탐사:1||해저 CSEM탐사:1||해저면 모방반사면(BSR):1||회전 변환:1||회절파 분리:1||횡적 등방성 매질:1||횡적등:1||3D data processing:1||3D location algorithm:1||3D prestack phase screen migration:1||3D velocity update algorithm:1||3차원:1||3차원 겹쌓기전 위상막 참 반사보정:1||3차원 자료처리:1||AVO analysis:1||AVO 분석:1||AVO/AVA:1||Acoustics:1||Adaptation models:1||Airborne electromagnetics:1||Airborne survey:1||Amplitude variation with Offset (AVO):1||Anisotropic parameter:1||Anisotropy:1||Apparent velocity:1||Automatic:1||Automatic arrival picking:1||Automatic velocity analysis:1||Azimuth:1||Backus averaging method:1||Bayes methods:1||Bayesian approximation:1||Bayesian inference:1||Bayesian optimization:1||Bayesian uncertainty estimation:1||Body waves:1||Borehole casing:1||Borehole geophysics:1||CMP range:1||CO2:1||CO2EOR:1||Class imbalance problem:1||ClassScatterMatrix (CSM):1||Common offset:1||Computational modeling:1||Condition number:1||Controlled Source Electromagnetic (CSEM) method:1||Controlled source electromagnetics (CSEM):1||Controlledsource electromagnetic:1||Controlledsource electromagnetic method:1||Convolutional neural networks (CNNs):1||Corelog integration:1||Corner detection method:1||Corner response:1||Corridor stack:1||Corridor 중합단면도:1||Crosscorrelation:1||Crossgradient:1||Crustal modeling:1||Curvelet transform:1||Damped leastsquares method:1||Data recording:1||Deep learning (DL):1||Deep reservoir:1||Delaunay tessellation:1||Diffraction:1||Diffraction separation:1||Diffractor:1||Diffusion:1||Dipping event:1||Domain adaptation:1||Dynamic elastic modulus:1||EGS:1||Earthquake monitoring:1||Earthquakes:1||Eastsea gas reservoir:1||Elastic generalizedscreen migration:1||Elastic properties:1||Electromagnetic:1||Electromagnetic theory:1||Estimation:1||Extrapolation:1||Fancy principal component analysis (PCA):1||Feature extraction:1||Filter:1||Finite difference:1||Forward modeling:1||Fourier analysis:1||Fracture:1||Frequency domain:1||Frequencydomain:1||Fresnel volume approach:1||Full waveform:1||GPR:1||Gas Oil Ratio (GOR):1||Gas hydrate concentration:1||Gas hydrate zone:1||Gas hydrates:1||Gas reservoir:1||Generators:1||Geophysical well logging:1||Green function:1||Ground penetrating radar:1||Ground subsidence:1||Groundwater flow:1||IMER:1||Image processing technique:1||Image reconstruction:1||Imaging:1||Impedance:1||Impedance inversion:1||Induced seismicity:1||Interferometry:1||Interval velocity:1||Inverse theory:1||Joint inversion:1||Kerogen:1||LWD:1||

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