ScholarWorks@Soongsil University: Bae, Myung Jin

Detailed Information

Bae, Myung Jin (배명진)

Department of IT Convergence

Research Area

Tel
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Formant:10||Frequency:9||포만트:7||COVID19:7||Spectrum:6||Pitch:6||Pronunciation:6||Peak and valley:6||Sound Fire Extinguisher:6||Radio drama:5||Resonance frequency:5||스펙트럼:5||Mask:5||Sound:5||Conflagration:5||Sound fire extinguisher:5||Blood Oxygen Saturation:5||Waveform coding:5||Vibration:5||Drinking:5||Sound Component:5||피치:4||음주:4||OLED TV:4||소음:4||Pulse Oximeter:4||바이브레이션:4||Acoustic characteristics:4||VoIP:4||Intoxication:4||발음:4||Brainwaves:4||공명주파수:4||뇌파:4||Korean:4||Vocalization:4||Psychoacoustics:3||잔향시간:3||Warning sound:3||Loudness:3||주파수:3||Nonuniform sampling:3||Frequency analysis:3||English:3||lung:3||duration:3||Speech synthesis:3||Seismic:3||Speech signal processing:3||Reverberation time:3||음향분석:3||Crosscorrelation:3||Bitreversing:3||spectrum:3||Speech analysis:3||Pitch alteration:3||Adaptive filter:3||EEG:3||Zerocrossing:3||심리음향:3||Depression:3||Foley sound:3||Noise Environment:3||VTS:3||발성:3||Actual sound:2||Voice phishing:2||Korean natives:2||Explosion:2||Voiced signal:2||LPC:2||Cepstrum:2||vibration:2||Sound Spectrum Analysis:2||Early broadcasting stations:2||Sound component:2||Break indices (BI):2||음성부호화기(Vocoder):2||음성분석:2||음성합성:2||Sound contents:2||Sound contents development:2||Hangul:2||Sound energy performance:2||White noise:2||LSP:2||음향전달:2||LSP(Line Spectrum Pairs):2||Sound necklace:2||Phonetic symbols:2||Harmonics:2||Pink noise:2||Healing:2||Pitch Detection:2||Health:2||Hearing:2||Hearing characteristic:2||Hearing loss:2||잡음제거:2||잡음환경:2||골전도:2||골전도 전화:2||Attachment:2||Hearing test:2||Compressor:2||Spectrum Leakage:2||Deltawave:2||Denture:2||buk:2||Deviation:2||Speech rate:2||지속시간:2||dB(S):2||직접구동 스피커:2||Energy:2||진동에너지:2||Stereo Excite Speaker:2||집회:2||Psychoacoustic:2||Stress:2||Psychological state:2||Fixed Size Window:2||A7B:2||취한 상태:2||Energy distribution:2||MFCC:2||frequency:2||MOS TEST:2||Fluctuation:2||Auricle:2||Quantization:2||목소리 특성:2||RTP:2||harmonics:2||Direct Drive Speaker:2||TTS system.:2||패킷 손실 개선:2||Razor:2||발음기관:2||편차:2||CELP:2||Engine sound:2||배음:2||풍력발전기:2||Hypoxia:2||CELP Vocoder:2||피치검출:2||Forest:2||복잡도(Complexity):2||Forest sound:2||한국어:2||Forest sounds:2||Allophone:2||Clarify:2||Resonant frequency:2||janggu:2||jing:2||:2||사운드 A칼라:2||Multiple sequence alignment:2||Reverberation:2||kwaenggwari:2||The sound of ocean waves:2||Correlation:2||성대:2||English natives:2||Thetawave:2||소리:2||Roughness:2||소리바람소화기:2||Indoor positioning:2||소리성분:2||English speakers:2||소리에너지효과:2||SNR 추정:2||Transmembrane protein:2||Sampling:2||Samulnori:2||소리특성:2||Noise:2||pitch:2||Noise Induced Hearing Loss:2||Noise Reduction:2||소음성 난청:2||Alphawave:2||Unit selection:2||Fundamental frequency:2||Unvoiced signal:2||G. 729 PLC:2||Utterance:2||reverberation time:2||G.723.1:2||VHF:2||Sequence selection treatment:2||Sharpness:2||스테레오 액추에이터 스피커:2||G.729 PLC:2||Intoxicated voice signal:2||Variable Window:2||Intoxication judgment:2||Acoustic analysis:2||Closed eyes:2||신재생에너지:2||Accident prevention:2||Vibration energy:2||Jogging:2||Judgement of intoxication:2||Openloop pitch estimation:2||Virtual engine sound:2||Vocal Breathing Method:2||Bone Conduction Phone:2||에너지 분포:2||Kim Jongun:2||Gradient:2||Smartphone:2||PSOLA:2||Song:2||Korean language:2||연속음성신호:2||Packet Loss Improvement:2||Voice analysis:2||Pairwise sequence identity:2||Hipass pink noise:1||High frequency accentuation:1||High frequency signal:1||Highspeed hearing measurement:1||Hoarseness:1||Homomorphic deconvolution:1||Horror:1||Human Body:1||Human body:1||Human health:1||Human sacrifice:1||Hybrid BLE and PDR:1||Hybrid coding:1||Hybrid speech coding:1||IMBE Model:1||IMBE 모델:1||Identification Rate:1||Identification rate:1||Ignition Point:1||Ignition Suppression:1||Imbalance:1||Improved Haegeum:1||Impulse response:1||InEar microphone:1||Individual frequency:1||Induce:1||Inducing sleep:1||Influence:1||Interfloor noise:1||Internoise:1||Interesting:1||Internal combustion engine:1||Internal pressure:1||Intoxicated:1||Inverse wave:1||Jazz:1||Jazz singer Lee Nanyoung:1||Kim Ilsung:1||Kim Jungun&apos:1||Korean drama &apos:1||Korean language speaker:1||Kung Fu Panda:1||LP Parameter Interpolation:1||LP 파라미터 보간:1||LPCOrder:1||LPCcoefficients:1||LPC계수:1||LPCspectrum:1||LPC스펙트럼:1||Laminate floor:1||Laughter sound:1||Learning methods:1||Lee:1||Lee Nanyoung:1||Lee Nanyoung voice:1||Lee Nanyoung voice analysis:1||Less power:1||Linear prediction coding:1||Lively:1||Living noise:1||Location:1||Long breathing method:1||Longtime Mask use:1||Loudness curve:1||Low frequency:1||Low frequency sound under 100Hz:1||Lowpass filter:1||Lowpassed filter:1||Lung function:1||MCL:1||MOS Test.:1||Maneo temple:1||Mask Contamination:1||Mask Stress:1||Maximum audible frequency:1||Mechanical characteristics:1||Memory:1||Mental:1||Minifan massage:1||Minimum audible frequency:1||Minimzed size and weight:1||Modern people:1||Mos Test:1||Mouthfeeling:1||Multiple deviation:1||Muscle:1||Music genre:1||Music inducing sadness:1||Naminsu:1||NanYoung:1||Natural ecological environment:1||Nature sound:1||Noise Level:1||Noise cancelling earphone:1||Noise effect:1||Noise environment:1||Noise psychology:1||Noise signal:1||Noise transmission:1||Nonuniform Sampling:1||Nonuniform sampling and quantization:1||North Korean leader:1||OLED Panel Speaker:1||OSS:1||Odd harmonic:1||Open source software:1||Opera house:1||Optimal traveling sound:1||Originality:1||Overloaded signal:1||Oxygen saturation:1||PVC:1||Palgong mountin:1||Parrot:1||Partial frequency gain:1||Perceived loudness:1||Percussion inspection:1||Performance:1||Periodicity:1||Phase inversion:1||Phishing prevention:1||Phonation time:1||Phone call analysis:1||Phone call fraud:1||Phoneme:1||Physiologicalphenomenon:1||Pitch Alteration Technique:1||Pitch compression:1||Pitch of voice:1||Pitch search:1||Pitch searching:1||Pitch synchronous:1||Plat Panel Speaker:1||Plate and PDR hybrid:1||Pleasure:1||Plywood floor:1||Pneumonia:1||Positioning circle technique:1||Prevention system:1||Principle:1||Process:1||Pronounce:1||Psychiatric treatment:1||Psychoacoustic:1||Psychological/emotional states:1||Pulse beats:1||Pulse oximeter:1||Pulse sequence method:1||Pure Tone Audiometry:1||Pyeonjong:1||Quality of seafood:1||RFID:1||Radar divice:1||Random index:1||Razor Massage:1||Real sound:1||Recognition:1||Recording quality:1||Reduction in real time:1||Relieve depression:1||Remember:1||Requirement:1||Rescue Signal:1||Resonance:1||Resonance Frequency:1||Reuse:1||Rhythm:1||Roadkill accident prevention system:1||Rooster:1||Ruditapes philippinarum:1||SDNN:1||SNR Estimation:1||SNR estimation:1||Satellite:1||Sauna:1||Scientific proof:1||Scream:1||Screen door:1||Segment:1||Sensation:1||Sensitivity:1||Sensory organs:1||Shaving:1||Shaving Cream:1||Shaving Wound:1||Shaving sound:1||Shortnecked clams:1||Shouting Breathing Pattern.:1||Signal processing:1||Similar features:1||Similarity:1||Similarity rate:1||Simulation of audio recording:1||Singing Bowl:1||Singing bowl’s sound:1||Sinkhole:1||Size of battery:1||Slope:1||Smombie driver:1||Sobriety test:1||Sound A color:1||Sound Analysis:1||Sound Color Marker:1||Sound Energy Performance:1||Sound Extinguisher Enhancement:1||Sound Healing:1||Sound Massage:1||Sound Propagation Pathways:1||Sound Quality Enhancement:1||Sound Quality Improvement:1||Sound Spectrum:1||Sound characteristics:1||Sound color marker:1||Sound content:1||Sound effect:1||Sound focus:1||Sound lens:1||Sound of bird&apos:1||Sound of stepped on snow:1||Sound quality enhancing:1||Sound reflection cup:1||Sound spectrum analysis:1||Sound use:1||Sound vibration:1||SoundProducting Organ:1||Soundproducting organ:1||Soundwidth:1||Speaker:1||Speaker Identification:1||Spectral Analysis:1||Spectral distance:1||Spectrum Flattening:1||Spectrum distortion:1||Speech Signal:1||Speech Synthesis:1||Speech bandwidth:1||Speech duration:1||Speech multiple:1||Speech signal:1||Speech signal analysis:1||Spoken Korean:1||Spring:1||Stone bell sound:1||Streamsound:1||Stress index (SDNN):1||Stress of pronunciation:1||Stresstimed:1||Subband compensation:1||Subband scaling:1||Subframe:1||Sudden acceleration:1||Sweet and sour pork:1||Sweet spot:1||Syllabic rate:1||Syllablebased language:1||Syllabletimed:1||Syllables:1||System:1||THD:1||Talking animal:1||Talking/vocalizing animals:1||Taste:1||Tears of Mokpo:1||Temperature changes:1||Temperature drop:1||Temperature reduction:1||TexttoSpeech system:1||The Drumsound Rock:1||The Earmbie phenomenon:1||The IDoser:1||The change in the duration:1||The development of the intoxication judgment system:1||The elderly vocalization:1||The five senses:1||The rainy season:1||The sensibility index (EQ):1||Theoretical back ground fire:1||Thermal Vibration Massage:1||Threatening frequencies:1||Three elements of sound:1||Tomatis method:1||Traditional String Instruments:1||Traffic accidents:1||Traffic sound:1||Transfer characteristic:1||Transmembrane segment:1||Transmembrane segment alcohol intoxication:1||Trot:1||Trot singer:1||Turn Around at Samgakji:1||Twice:1||Um~&apos:1||Undulation:1||Unique:1||Unknown explosion sound:1||Use the word “Keywords” as the title:1||VESS simply record:1||Valid frame:1||ValidFrame:1||Validframe:1||Vanish 38th Parallel Away:1||Vehicle:1||Vehicle driving information:1||Vent hole:1||Vibrates the tympanic membrane:1||Vibration Energy:1||Vibration Massage:1||Vibration depth:1||Vibration frequency characteristics:1||Vidual engine:1||Virtual Engine:1||Vocal Parameter:1||Vocal Tract Model:1||Vocal breathing pattern:1||Vocal cord nodule:1||Vocal cords:1||Vocal cords massage:1||Vocalist soprano:1||Vocoder:1||Voice:1||Voice Conversion:1||Voice Signal:1||Voice comparison:1||Voice control:1||Voice of news anchorwomen:1||Voice production modeling:1||Voice properties:1||Voice resilience:1||Voice signal:1||Voice sobriety test:1||Voice stress:1||Voo:1||Warning sound satellite:1||Water:1||Water leakage:1||Watermelon:1||Wave:1||Waveform Coding:1||Waveform synthesis:1||Waveformcompensation:1||Wet Shave:1||Wet Shaving:1||Wet shaving:1||White sound:1||Wind Around:1||Winter:1||Wooden gong sound:1||Zombie:1||Zoo:1||amplifier:1||and indented for 2 characters. 46 keywords for a subject index should be included in this section. Keywords must be 9point Times New Roman:1||announcement sound level:1||appetite:1||assembly:1||autism:1||basic resonance frequency:1||behavior change:1||biometric authentication:1||boldface:1||bone conduction device:1||boneconduction:1||book reading:1||both hearing test:1||brain suppresses:1||brain wave:1||brain waves:1||break prediction:1||candlelight vigils:1||car vignetting:1||closeness:1||conditioned reflex:1||confidence parameter:1||corpus based TTS:1||correlation:1||crying babies:1||demonstration:1||denture:1||distributed system:1||duct:1||dynamic motion:1||easy and accurate hearing test:1||electroencephalograph(EEG) test.:1||energy change ratio:1||engine sound:1||formant:1||formants:1||free space sound transmission characteristic:1||frequency domain:1||frequency gain listening judgment.:1||frequency shift:1||frequency tone:1||fundamental frequency:1||gargle water스프레이:1||genetic factor:1||glottis:1||health:1||hearing damage:1||heavy interlayer noise:1||highspeed hearing measurement:1||hoarseness:1||hormone:1||impact noise:1||impulse response:1||in 9point Times New Roman:1||intaking sound of udon:1||infant:1||infant laughter:1||infant laughter induction:1||initially capitalized:1||intensity:1||inverse category frequency:1||jogging:1||justified:1||laryngeal nodule:1||laugh:1||low frequency noise:1||lowfrequency noise:1||masking effect:1||multiplespacing at 1.1. Leave 11point one single space after keywords:1||new and renewable energy:1||noise:1||noise control:1||noise living environment:1||noise reduction:1||noise relieve:1||noiseinduced hearing loss:1||noises:1||obesity:1||oversea wind farm:1||paper tearng sound:1||popular song:1||precious metal:1||pronunciation:1||recalling memories stored:1||refreshing:1||remember operations:1||renewable energy:1||repeat cycle:1||repetition time period:1||resonance:1||s Korean:1||s song:1||s voice analysis:1||schwa:1||second sound source:1||sense of accomplishment:1||similarity:1||sound A color:1||sound analysis:1||sound characteristic:1||sound effect:1||sound propagation pathways:1||soundreflection cup:1||spectrum characteristics:1||speech:1||speech analysis:1||speech announcement:1||speech energy:1||speech generation model:1||speech perception:1||speech quality enhancement:1||speech signal processing:1||spherical coordinate system:1||stability:1||sticking:1||stimulating:1||streets:1||subband compensation:1||subband보상:1||subframe:1||subway traffic noise:1||supervised term weighting schemes:1||syllable:1||technique:1||term weighting:1||text categorization:1||texttospeech system:1||the Minute Variation of the Arc of the Outer Ear D:1||the energy ratio:1||the interlayer noise:1||the lightweight interlayer noise:1||the sound A color:1||then begin Introduction:1||time domain:1||transcripts:1||treble:1||unstressed vowel:1||unstressed vowel schwa:1||unsupervised term weighting schemes:1||variable break:1||vibration depth:1||vigils:1||visualization:1||vocal breathing Method:1||vocal cords:1||vocal massage:1||vocal resilience:1||vocalization rate:1||vocoder pitch search:1||voice:1||voice characteristic:1||white noise:1||wind power generator:1||wind power plant:1||‘Yaho’:1||“Umm~” Vocal Breathing Pattern:1||“음~“발성호흡법:1||가거라 삼팔선:1||가변 break:1||가상엔진:1||가솔린엔진:1||감각기관:1||개:1||개량 해금:1||건강:1||경량 음원:1||고속청력측정:1||고음:1||골전도 피드백:1||공명:1||교통음:1||구르는 소리:1||구면 좌표계:1||귀금속:1||귓바퀴:1||기교:1||기본 공명 주파수:1||기본 주파수:1||기울기:1||남인수:1||내부압력:1||노래:1||녹취록:1||뇌파분석:1||닭:1||대중가요:1||덕트:1||돌 종소리:1||돌아가는 삼각지:1||동물:1||두 번째의 음원:1||디젤엔진:1||마스크스트레스:1||마스크오염:1||만어사:1||매미 울음소리:1||면도기:1||면도마사지:1||면도상처:1||면도크림:1||명료성:1||목소리:1||목소리 발성:1||목소리 분석:1||목소리 비교:1||목소리 회복력:1||바이브레이션 심도:1||바지락:1||반복 주기:1||반복시간주기:1||발성속도:1||발성율:1||발열:1||배기별 엔진음 특성:1||배우 박보검:1||배호:1||보이스피싱:1||보코더:1||부가음향:1||부착:1||분산형 시스템:1||분산형 음성합성기:1||분포:1||불쾌지수:1||비만:1||비말감염차단:1||비트재정렬:1||사운드 A 칼라:1||상관관계:1||생동감:1||생리현상:1||생체인증:1||생활소음:1||서브프레임:1||성대 결절:1||성대마사지:1||성문:1||성취감:1||소리마사지:1||소리반사 컵:1||소리소화기:1||소리소화기 효율향상:1||소리스펙트럼:1||소리의 3요소:1||소리의 기억:1||소리전달경로:1||소리치유:1||소리효과:1||소음 레벨:1||소음 심리:1||소음 영향:1||소음방지:1||소음생활환경:1||소음전달:1||소음해소:1||소음환경:1||소화효율:1||손가락:1||손가락 통신:1||수박:1||순음 검사:1||숲:1||숲소리:1||쉰 목소리:1||쉽고 정확한 청력테스트:1||스크린 도어:1||스트레스:1||스펙트럼 거리:1||스펙트럼 왜곡:1||스펙트럼 특성:1||스펙트럼 평탄화:1||습식면도:1||시각화:1||시간영역:1||시위:1||식별:1||식용억제:1||심박산소포화도:1||싱잉볼:1||아기울음:1||아나운서:1||아리랑:1||안개 낀 장충단 공원:1||앵커:1||양쪽 청각테스트:1||에너지:1||에너지 비교:1||에너지 비율:1||에너지변화율:1||엔진소리:1||엔진음 특성:1||엔진특성:1||여기신호 복원:1||연산 기억:1||연상작용:1||연소음:1||영어:1||영향:1||온도감소:1||온도저하:1||우동 먹는 소리:1||우울감 완화:1||우울증:1||운동감:1||웃음:1||웃음소리:1||유사도:1||유사성:1||유사특징:1||유색잡음:1||유아:1||유아웃음:1||유아웃음 유발:1||유전적 요인:1||유효프레임:1||음성:1||음성 변환:1||음성 에너지:1||음성신호:1||음절:1||음질개선:1||음질향상:1||음향:1||음향 특성:1||음향 효과:1||음향임피던스:1||이난영:1||이난영 목소리:1||이난영 목소리 특성:1||인식:1||인접 파형 상관관계:1||인지음량:1||일본어 음성합성:1||자극:1||자동차 경적음:1||자동차 엔진음:1||자신감 파라미터:1||자연음:1||자유공간 소리 전달 특성:1||자폐증:1||잔향:1||장마철:1||장시간 mask사용:1||재즈:1||재즈가수:1||저주파 소음:1||저주파소음:1||전달특성:1||전자 해금:1||전통 현악기:1||전화사기:1||절대음량:1||정신:1||조건반사:1||종이 찢는 소리:1||주기성:1||주파수 대역:1||주파수 톤:1||주파수 편이:1||주파수영역:1||주파수이득 청취판별.:1||중량 음원:1||지진음:1||지하철 교통 소음:1||진동:1||진동주파수특성:1||질식소화:1||청각특성:1||청각필터:1||청력:1||청력검사:1||청력손상:1||촛불집회:1||충격소음:1||충격음:1||층간 소음:1||치과용 소독수:1||친밀감:1||친환경 자동차:1||켑스트럼 분석:1||코비드19 마스크:1||코퍼스 기반 TTS:1||쾌감:1||타관검사:1||통조림:1||트로트:1||트롯가수:1||틀니:1||파도:1||파라미터:1||파형 코딩:1||패류 품질:1||편리한 면도:1||편안한 면도:1||편종:1||평판스피커:1||폐:1||품질 분류:1||피치 변경법:1||피치검색:1||피치변경:1||피치시점:1||하모닉스:1||한국의 드라마 ‘구르미그린 달빛’:1||해금:1||해상풍력단지:1||핵심어 : 구관조:1||행동변화:1||혈중산소포화도:1||호르몬:1||호의 미세한 변화:1||화재:1||&apos:1||A baby laugh:1||A pulse oximeter:1||ANC:1||ASMR:1||Aacceleration accident prevention:1||Absolute Sound Level:1||Absolute sound level:1||Acceleration:1||Acoustic Analysis:1||Acoustic Lens:1||Acoustic Transmission by Finger:1||Acoustic characteristic:1||Acoustic features:1||Acoustic impedance:1||Acoustic transmission by Finger:1||Acoustical Analysis:1||Acoustical characteristics:1||Activation of lung function:1||Actor Bogum Park:1||Addict:1||Additional Sound:1||Analysis:1||Analyzing sound:1||Anchor:1||Animal:1||Animation:1||Announcer:1||Anti resonance:1||Anticommunications:1||Anxiety disorder:1||Applications:1||Arirang:1||Athabasca falls:1||Atmospheric pressure difference:1||Auditory Filter:1||Autocorrelation:1||Automatic audiometry aid:1||Automobile:1||Autonomic Nervous System:1||Aztec civilization:1||BLE beacon:1||BLE plate technique:1||Baby cry:1||Bae Ho:1||Bandwidth:1||Bandwidthlimited:1||Barcode system:1||Beep:1||Binaural beats:1||Biometric Authentication:1||Biometric authentication:1||Birdchirps:1||BitReversing:1||Blood meridian:1||Blood oxygen saturation:1||Body rhythm:1||Body weight:1||Bone Conduction Device:1||Bone Conduction Feedback:1||Brain Wave:1||Brain wave:1||Break prediction and variable break:1||Break 예측:1||Breathing:1||Breeding environment:1||Broken Falls sound:1||Bu Vocal Breathing Method:1||CML:1||COVID19 mask:1||Canned Goods:1||Car engine sound:1||Cause:1||Cause of death by disease:1||Cave:1||Cepstrum Analysis:1||Cepstrum analysis:1||Characteristic of sound:1||Cheer up:1||Chewing sound:1||Chinese food:1||Chinese learn Korean language:1||Chinese speaker&apos:1||Chord:1||Cicadas cry:1||Clandestine audio recording:1||Clarity:1||Clay instrument:1||Clipped waveform:1||Cloth:1||Colored noise:1||Combustion Sound:1||Combustion sound:1||Comfort:1||Comfortable Shaving:1||Comfortable shaving:1||Commercial advertisements on the internet:1||Component:1||Concha earphone:1||Conflagration Prevention:1||Continuous Speech:1||Continuous speech:1||Control:1||Convenient Shaving:1||Cooling:1||Cooling Effect:1||Correlation of near waveforms:1||Covid19:1||Cow cry sound:1||Creative:1||Creativity:1||Criminal act accident prevention:1||D=rsin:1||DTTS:1||Dadmi:1||Danger:1||Death whistle:1||Definition:1||Dehumidifier:1||Delay time:1||Dental Disinfectant Water:1||Diesel Engine:1||Difference signal:1||Difference signals:1||Dirction:1||Discomfort Index:1||Discrimination:1||Distribution:1||Dog:1||Downtown:1||Drama:1||Driven state monitoring:1||Droplet Infection Prevention:1||Drum sound:1||Drumsound rock:1||Drunken speech.:1||Dual pulse technique:1||Duct environment:1||Duration of the white signal:1||EGG:1||Ear microphone:1||Earphone:1||Ecofriendly car:1||Ecofriendly vehicles:1||Efficient frequency band:1||Elastic wave:1||Electric power transportation equipment:1||Electronic Haegeum:1||Electronic devices:1||Elephant:1||Emphasis filter:1||Energy Compare:1||Energy change ratio:1||Energy problems:1||Energy variations:1||Engine characteristic:1||Engine sound characteristic by exhaust:1||Engine sound characteristics:1||Engine sound synthesis:1||English listening:1||English natives&apos:1||Environmental problems:1||Eradiation distance:1||Evaluation:1||Even harmonic:1||Excitation:1||Excitation Restoration:1||Exciter:1||Exhibition:1||Experimentation:1||Extinguishable Efficiency:1||Extinguishable efficiency:1||Extinguishment by Smothering:1||FFT filters:1||FFT필터:1||FM:1||FM(주파수 변조):1||Falllng sound:1||Financial:1||Finger:1||Finger communication:1||Fintech:1||Fire:1||Fire Fighting Environment:1||Fire extinguishing effect:1||Five senses:1||Flame retardant effect:1||Flat Panel Speaker:1||Foggy Jangchoongdan Stadium:1||Foley sound effect s:1||Foley sound effects:1||Foley sound of wind:1||Fonnant:1||Formant energy distribution:1||Formant envelope:1||Formant frequency:1||Formatting:1||Fourier Transform:1||Fraud detection system:1||Frequency Component:1||Frequency domain:1||Frog crying sound:1||GPS:1||Gargle Water Spray:1||Gasoline Engine:1||Governance:1||Gradient index:1||Grampians Mt:1||Green Moonlight&apos:1||Green therapy:1||HRV:1||Habitat environment:1||Haegeum:1||Hair Dryer:1||Hanok:1||Hearing Test:1||Hearing protection:1||Heart rate variability (HRV):1||Heat:1||Heat energy:1||Helmholtz resonator:1||

STATISTICS: Total View :7,855,586; Today View :1,679

RSS_1.0 RSS_2.0 ATOM_1.0

Soongsil University Library 369 Sangdo-Ro, Dongjak-Gu, Seoul, Korea (06978)02-820-0733

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE