ScholarWorks@Hanyang University: Jeon, Jin Yong

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Jeon, Jin Yong (전진용)

COLLEGE OF ENGINEERING (SCHOOL OF ARCHITECTURAL ENGINEERING)

Research Area: 건축음향, 건물소음, 음질

Tel 02-2220-1795
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Soundscape:21||Scale model:9||Audiovisual interaction:9||Annoyance:8||Computer simulation:7||Classification:6||Floor impact sound:6||Scattering coefficient:5||Absorption coefficient:5||Subjective evaluation:5||Virtual reality:5||Scale Model:4||Diffuser:4||축소모형:4||Landscape:4||Human behavior:4||Openplan office:4||Stage acoustics:4||Urban soundscape:3||Diffusion coefficient:3||바닥충격음:3||Room acoustics:3||Vegetation:2||long shortterm memory:2||loudness:2||복합소음:2||Indoor soundscape:2||Performing spaces:2||Virtual Reality(가상현실):2||Noise sensitivity:2||Highspeed Train:2||Highspeed Train(고속열차):2||Remodeling:2||Multipurpose hall:2||Acoustic comfort:2||Multistory building:2||Restoration effect:2||Soundscape map:2||psychophysiological response:2||Speech intelligibility:2||Insitu evaluation:2||Speech privacy:2||Reverberation time:2||음질:2||Urban acoustic environment:2||Plane wave decomposition:2||response scales:2||Sound Absorption Coefficient:2||음향설계:2||Floor  impact  sound(바닥충격음):2||Balcony:2||Perception:2||Structural equation model:2||Sound Quality:2||Auditory test:2||Satisfaction:2||공동주택:2||중량충격음:2||차음:2||Sound insulation:2||Headrelated transfer function:2||bipolar scale:2||stage volume ratio:2||공동주거:2||Acoustical Design:2||Sound perception:2||visual analogue scale:2||Perceptual evaluation:2||ST1:2||comfort:2||현장평가:2||unipolar scale:2||Temporal diffusion:2||확산체:2||Classification(등급화):2||Construction Noise:1||Construction noise:1||Content:1||Context:1||Correction Method:1||Crossmodal effect:1||Crossnational:1||Crossed effect:1||Damping Material:1||Datacollection protocol:1||Design Verification:1||Design element:1||Design guideline:1||Diffuse sound field:1||Diffuseness:1||Diffuser(확산체):1||Diffusion:1||Diffusion Design:1||Direction of arrival:1||Directional impulse responses:1||Dissatisfaction with noise:1||Dynamic properties:1||Elderly:1||Electroacoustic system:1||Ensemble performance:1||Environment:1||Environmental assessment:1||Equalappearing interval scale:1||Expectation:1||Facade protrusions:1||Facades:1||Fiber Glass Reinforced Plastic:1||Flexural wave:1||Floating floor:1||Floor Impact Sound:1||Floor Impact Source:1||Floor Structure:1||Fluctuation strength:1||Frequency  characteristics  (주파수 특성):1||GCCPHAT:1||GIS  (지리정보시스템):1||Green roof:1||Green wall:1||Ground impedance:1||Gugak:1||Guidelines:1||HMD:1||Head mounted device:1||Headmounted display:1||Heavyweight Floor Impact:1||Heavyweight Floor Impact Sound:1||Heavyweight Impact Sound:1||Heavyweight Impact Sound Source:1||Heavyweight floor impact sound:1||Height preference:1||High speed train noise:1||Highspeed  train(고속열차):1||Highspeed train:1||Highspeed train noise:1||Housing act:1||Human perception:1||Human sound classification:1||Image Source Method(이미지소스 기법)=:1||Imaginaries:1||Impact Force:1||Impact Force Characteristic:1||Impact Sound Insulator:1||Impact noise:1||Impulse Response(충격응답):1||Insitu scattering index:1||Indoor noise:1||Indoor noise environment:1||Insertion Loss:1||Instrument:1||Integrated design process:1||Integrated urban design:1||Interaural crosscorrelation function:1||Interior Noise of Passenger Car:1||Interior Noise of Passenger Car(객차 실내소음):1||Isolating Material:1||LED light:1||Landscape index:1||Light equipment:1||Listening difficulty:1||Little Theater in SPAC:1||Living Environment:1||Loss factor:1||Mbar Stud Acoustic(MSA구조):1||Material Parameter(재료적 특성):1||Mechanical Impedance:1||Mel frequency cepstral coefficients:1||Microphone array:1||Modal Synthesis(모달합성):1||Multi Purpose Hall:1||Multisensory interaction:1||Multiunit dwellings:1||Multiple Noises:1||Multiple noises:1||Multipurpose hall for broadcasting:1||Multisensory perception:1||Musicians&apos:1||NO:1||NO2:1||Narratives:1||Natural Frequency:1||Noise Reduction:1||Noise and vibration control act:1||Noise barriers:1||Noise pollution:1||Noise reduction:1||Noise(소음):1||Open ceiling:1||Open plan office:1||Openplan officeIndoor soundscape:1||Opera House Acoustics:1||Orchestra absorption:1||Organ pipes:1||Outdoor noise:1||Outdoor sound:1||Overall satisfaction:1||Ozone:1||PM2.5(초미세먼지):1||Partition height:1||Perception Model:1||Perception Model(주관반응 모델):1||Perception model:1||Perceptual assessment:1||Perceptual model:1||Perforated ceiling:1||Pitch:1||Plasterboard partition:1||Psychoacoustics:1||Qualitative data:1||Quantitative data:1||Questionnaire:1||RayleighRitz Method:1||Realtime:1||Reflector:1||Refreshing Sensation:1||Refrigerator Noise:1||Residential Noises:1||Residential noise:1||Response scales:1||Reverberation Time:1||Reverberation chamber(잔향실):1||Road  side(도로변):1||Road traffic emissions:1||Road traffic noise:1||Room Acoustics:1||Room Acoustics (실내음향):1||Room Acoustics(실내음향):1||Room acoustic parameter:1||Room acoustic parameters:1||Runner(런너):1||Rural soundscape:1||S/N Ratio:1||S/N비:1||Sandwich Panel:1||Scale  model(축소모형):1||Scale model test:1||Scattering:1||Scattering Coefficient:1||Scattering coefficient(확산계수):1||Seatdesign:1||Seatdesign (의자 설계):1||Seating density:1||Semantic analysis:1||Semantic expression:1||Sentence  Scale  (문장척도):1||Shortterm annoyance:1||Singlenumber quantities:1||Slab Compressive Strength:1||Slab Thickness:1||Sleep Disturbance:1||Sleep disturbance:1||Social survey:1||Solo performance:1||Sonic Environment:1||Sound Absorption(흡음):1||Sound Field:1||Sound Power:1||Sound Quality Index:1||Sound diffusion:1||Sound insulation performance:1||Sound leak(음누설):1||Sound quality:1||Sound scattering:1||Sound sensation:1||Sound sources:1||Sound sources identification:1||Sound strength:1||Soundscape  (사운드스케이프):1||Soundscape classification:1||Soundscape design:1||Soundscape design quality:1||Soundscape evaluation:1||Soundscape index:1||Soundscape indicators:1||Soundscape maps:1||Soundscape perception:1||Soundscape quality:1||Soundscapes:1||Soundwalk:1||Spaciousness:1||Spatial analysis:1||Spatial autocorrelation:1||Spatial nonstationarity:1||Spatiotemporal analysis:1||Spatiotemporal variability:1||Speech  privacy(스피치프라이버시):1||Speech Privacy:1||Speech Privacy(스피치프라이버시):1||Speech announcement:1||Speech localization:1||Stage Acoustics(무대음향):1||Stage area:1||Stage support:1||Standard Heavyweight Impact Source:1||Street canyon:1||Structural Stiffness:1||Stud spacing:1||Stud thickness:1||Subjective assessment:1||Subjective measure:1||Subway platform:1||Support vector machine:1||Surface Density(면밀도):1||Survey:1||TV studio:1||Task performance:1||Tonality:1||Traffic Noise:1||Traffic(교통):1||Train noise in a car:1||Transient noise:1||Transmission loss(투과손실):1||Tunnel Noise:1||Tunnel Noise(터널 내부소음):1||Uncertainty model(불확도모델):1||Urban  noise  (도시 소음):1||Urban contexts:1||Urban morphology:1||Urban park:1||Urban park design:1||Urban parks:1||Urban street:1||Variable Acoustics:1||Vibration mode shape.:1||Virtual Reality:1||Viscoelastic damping material:1||Viscoelastic properties:1||Visual Effect:1||Visual environment reproduction:1||Watersupply and drainage noise:1||Wave speed:1||Window view:1||Work performance:1||Work productivity:1||Work satisfaction:1||Working memory test:1||absorption coefficient:1||absorption(흡음):1||acoustic comfort:1||acoustic generators:1||acoustic noise:1||acoustic signal:1||acoustic variables measurement:1||acoustical parameters:1||air pollution:1||annoyance:1||architectural acoustics:1||artificial intelligence:1||audience acoustics:1||auditory perception:1||brightness:1||carbon dioxide:1||classification:1||classroom:1||cognitive performance:1||computer simulation:1||content:1||correlated colour temperature:1||cough:1||diurnal pattern:1||edge effect:1||energy ratio:1||floors:1||flowrate prediction:1||gypsum board:1||health:1||highspeed train cabin:1||illuminance:1||impressions:1||indoor environmental comfort:1||interior surfaces:1||job satisfaction:1||lifecycle cost:1||lighting perception:1||lighting sensation:1||living environment:1||lower urinary tract symptoms:1||machinelearning:1||noise:1||noise pollution:1||noisiness:1||openplan office:1||particle number concentration:1||perceived productivity.:1||perception:1||pneumonia:1||preference:1||psychophysiological response:1||psychophysiological responses:1||refrigerator noise:1||relative standard deviation of decay rate:1||religious precincts:1||respondent preference:1||respondent’s preference:1||rubber:1||satisfaction:1||scale model:1||sensation:1||sevenpoint scale:1||social survey:1||sound absorption of infinite plate:1||sound insulation:1||sound quality:1||spatial function:1||spatiality:1||speech privacy:1||stagevolumeratio:1||structural equation model:1||sufficient diffusion:1||surface materials:1||thermal comfort:1||traffic:1||urban built environment:1||urban space:1||virtual forest environment:1||visual analogue scales:1||가변음향:1||고유진동수:1||공사장 소음:1||구조강성:1||기계적 임피던스:1||냉장고 소음:1||다목적홀:1||도로교통 소음 입면:1||독주 연주:1||등급화:1||레일리 릿츠 방법:1||리모델링:1||무대음향:1||바닥구조:1||바닥충격원:1||발코니:1||밸런스:1||벽식구조:1||보정방법:1||삽입손실:1||샌드위치 패널:1||생활소음:1||성가심도 (Annoyance):1||세종문화회관 소극장:1||소음저감:1||소음진동 관리법:1||수면방해:1||슬래브 두께:1||슬래브 압축강도:1||시지각 영향:1||에어컨 소음:1||오페라하우스 음향:1||외부 소음:1||위해성 평가:1||유리섬유강화플라스틱(F.R.P.):1||음장:1||음질 인덱스:1||음풍경:1||음풍경 설계:1||음풍경 평가:1||음향파워:1||잔향 시간:1||저감재:1||제진재:1||주거환경:1||주관적 평가:1||주택법:1||중량충격:1||천장공법:1||천장구조:1||청감실험:1||청량감:1||충격력:1||충격력 특성:1||충격음 저감재:1||콘서트홀:1||통합평가:1||표준중량충격원:1||현장확산계수:1||확산계수:1||11point numerical scale:1||흡음률:1||11point scale:1||1:10 scale model:1||Absorption of people:1||Acceptable  limit  (수인한도):1||Acoustic Camera:1||Acoustic Camera(음향카메라):1||Acoustic Comfort:1||Acoustic Comfort(음향 쾌적성):1||Acoustic Reflector(음향 반사판):1||Acoustic comfort of passenger compartments:1||Acoustic diffuser:1||Acoustic environment:1||Acoustic parameters:1||Acoustic shell:1||Acoustic simulation:1||Acoustic visualization:1||Acoustical design:1||Acoustical property:1||Acoustical renovation:1||Adaptive beamforming:1||Air conditioning sound:1||Air quality:1||Airconditioning Noise:1||Allowable limit:1||Allowance limit:1||Aluminum Profile:1||Amplitudemodulation:1||Annoyance  assessment(위해성 평가):1||Annoyance Assessment:1||Apartment Building:1||Appropriateness:1||Attention:1||Audience acoustics:1||Audiovisual:1||Audiovisual environment:1||Audiovisual factors:1||Auditorium acoustics:1||Auditory Experiment:1||Auditory environments:1||Auralization:1||Autocorrelation function:1||BQI:1||Background noise:1||Balance:1||Banner:1||Beamforming:1||Boxframe Type Structure:1||Building envelope:1||Building facade:1||Building noise:1||Categorization:1||Ceiling  material  (천장재):1||Ceiling Construction Method:1||Ceiling Structure:1||Classification of Noise소음평가등급:1||Classroom:1||Clustering:1||Cognitive performance:1||Collages:1||Combined  noise(복합소음):1||Combined Noise Sources:1||Combined Rating:1||Combined noise:1||Combined noise sources:1||Comfort:1||Concert  hall  (콘서트홀):1||Concert  hall(콘서트홀):1||Concert hall:1||Concert hall ambience:1||Concrete structure:1||Concrete wall construction:1||Constrained layer damping:1||Construction  noise  (공사장 소음):1||Construction  noise(공사장소음):1||

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