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Jaehyeuk Oh
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IEEE ICASSP 2020 Koichi Miyazaki, Tatsuya Komatsu, Tomoki Hayashi, Shinji Watanabe, Tomoki Toda, Kazuya Takeda, Weakly-supervised sound event detection with self-attention, May 2020 Toda Laboratory, Department of Intelligent Systems, Graduate School of Informatics, Nagoya University
Weakly-Supervised Sound Event Detection with Self-Attention
Weakly-Supervised Sound Event Detection with Self-Attention
NU_I_TODALAB
IEEE International Workshop on Machine Learning for Signal Processing (MLSP2017) Nominated For Best Student Paper Award (student: Shogo Seki) Shogo Seki, Hirokazu Kameoka, Tomoki Toda, Kazuya Takeda: Missing Component Restoration for Masked Speech Signals based on Time-Domain Spectrogram Factorization,Sep. 2017 Toda Laboratory, Department of Intelligent Systems, Graduate School of Informatics, Nagoya University
Missing Component Restoration for Masked Speech Signals based on Time-Domain ...
Missing Component Restoration for Masked Speech Signals based on Time-Domain ...
NU_I_TODALAB
Contemporary speaker recognition systems are prone to errors due reverberation when operated in closed environments. The project focuses on mitigating the effects of reverberation on Automatic Speaker recognition system. Implemented in MATLAB, the system uses Gaussian Mixture Model and Maximum Likelihood Criteria for feature (MFCC) matching and exponential envelope removal for reverberation mitigation. An average improvement of 16% in recognition rate was observed. The project is to be further improved for blind mitigation.
Performance Improvisation of Automatic Speaker Recognition by Spectral Reverb...
Performance Improvisation of Automatic Speaker Recognition by Spectral Reverb...
Dvizma Sinha
Breaking the Softmax Bottleneck via Learnable Monotonic Pointwise Non-linearities(ICML 2019)の論文紹介、第11回最先端NLP勉強会にて
Breaking the Softmax Bottleneck via Learnable Monotonic Pointwise Non-lineari...
Breaking the Softmax Bottleneck via Learnable Monotonic Pointwise Non-lineari...
Sho Takase
Ultrasound Modular Architecture
Ultrasound Modular Architecture
Jose Miguel Moreno
Speech Processing, Quantisation Compression etc
Audio Processing
Audio Processing
aneetaanu
CSC-391. Data Structure and Algorithm course material
Algo analysis
Algo analysis
Shakila Mahjabin
Nyquist Criterion
Nyquist criterion for zero ISI
Nyquist criterion for zero ISI
Gunasekara Reddy
Recommandé
IEEE ICASSP 2020 Koichi Miyazaki, Tatsuya Komatsu, Tomoki Hayashi, Shinji Watanabe, Tomoki Toda, Kazuya Takeda, Weakly-supervised sound event detection with self-attention, May 2020 Toda Laboratory, Department of Intelligent Systems, Graduate School of Informatics, Nagoya University
Weakly-Supervised Sound Event Detection with Self-Attention
Weakly-Supervised Sound Event Detection with Self-Attention
NU_I_TODALAB
IEEE International Workshop on Machine Learning for Signal Processing (MLSP2017) Nominated For Best Student Paper Award (student: Shogo Seki) Shogo Seki, Hirokazu Kameoka, Tomoki Toda, Kazuya Takeda: Missing Component Restoration for Masked Speech Signals based on Time-Domain Spectrogram Factorization,Sep. 2017 Toda Laboratory, Department of Intelligent Systems, Graduate School of Informatics, Nagoya University
Missing Component Restoration for Masked Speech Signals based on Time-Domain ...
Missing Component Restoration for Masked Speech Signals based on Time-Domain ...
NU_I_TODALAB
Contemporary speaker recognition systems are prone to errors due reverberation when operated in closed environments. The project focuses on mitigating the effects of reverberation on Automatic Speaker recognition system. Implemented in MATLAB, the system uses Gaussian Mixture Model and Maximum Likelihood Criteria for feature (MFCC) matching and exponential envelope removal for reverberation mitigation. An average improvement of 16% in recognition rate was observed. The project is to be further improved for blind mitigation.
Performance Improvisation of Automatic Speaker Recognition by Spectral Reverb...
Performance Improvisation of Automatic Speaker Recognition by Spectral Reverb...
Dvizma Sinha
Breaking the Softmax Bottleneck via Learnable Monotonic Pointwise Non-linearities(ICML 2019)の論文紹介、第11回最先端NLP勉強会にて
Breaking the Softmax Bottleneck via Learnable Monotonic Pointwise Non-lineari...
Breaking the Softmax Bottleneck via Learnable Monotonic Pointwise Non-lineari...
Sho Takase
Ultrasound Modular Architecture
Ultrasound Modular Architecture
Jose Miguel Moreno
Speech Processing, Quantisation Compression etc
Audio Processing
Audio Processing
aneetaanu
CSC-391. Data Structure and Algorithm course material
Algo analysis
Algo analysis
Shakila Mahjabin
Nyquist Criterion
Nyquist criterion for zero ISI
Nyquist criterion for zero ISI
Gunasekara Reddy
Slides from a talk about the BM25 library given at the Meetup session of Apache Lucene Eurocon 2010 in Prague on May 20th, 2010.
BM25 Scoring for Lucene: From Academia to Industry
BM25 Scoring for Lucene: From Academia to Industry
yuvalf
AUDIO SIGNAL PROCESSING
1 AUDIO SIGNAL PROCESSING
1 AUDIO SIGNAL PROCESSING
mukesh bhardwaj
3F3 – Digital Signal Processing (DSP), January 2009, lecture slides 3, Dr Elena Punskaya, Cambridge University Engineering Department
Fast Fourier Transform
Fast Fourier Transform
op205
Originally created by Edresson Casanova
Poster SCGlowTTS Interspeech 2021
Poster SCGlowTTS Interspeech 2021
Bilkent University
Threshold and Proactive Pseudo-Random Permutations
Threshold and Proactive Pseudo-Random Permutations
Aleksandr Yampolskiy
This PPT is about TCP Listen and accept function and it is explaining three way handshaking also
Listen and accept function
Listen and accept function
Jithin Parakka
binary transmission system From design point of view – frequency response of the channel and transmitted pulse shape are specified; the frequency response of the transmit and receive filters has to be determined so as to reconstruct [bk]
Nyquist criterion for distortion less baseband binary channel
Nyquist criterion for distortion less baseband binary channel
PriyangaKR1
Fast Fourier Transform Analysis
Fft analysis
Fft analysis
AldinoAldo
스터디 계획
스터디 계획
Jaehyeuk Oh
Homosapiens vs. Hyper-personalization
Homosapiens vs. Hyper-personalization
Jaehyeuk Oh
인문공간 정보융합 Workshop #4
인문공간 정보융합 Workshop #4
Jaehyeuk Oh
인문공간 정보융합 Workshop #2
인문공간 정보융합 Workshop #2
Jaehyeuk Oh
Framework 의 해체
인문공간 정보융합 Workshop #1
인문공간 정보융합 Workshop #1
Jaehyeuk Oh
Information overload 설문 및 실험 (최종)
Information overload 설문 및 실험 (최종)
Jaehyeuk Oh
Mobile Messenger 대화 분석 결과
Mobile Messenger 대화 분석 결과
Jaehyeuk Oh
2018 데이터야놀자에서 발표한 내용입니다. 4년간 150배 증가해온 아자르 서비스 데이터에 대처해온 과정을 단계별로 정리했습니다.
하이퍼커넥트 데이터 팀이 데이터 증가에 대처해온 기록
하이퍼커넥트 데이터 팀이 데이터 증가에 대처해온 기록
Jaehyeuk Oh
Tourist interaction - 정리
Tourist interaction - 정리
Jaehyeuk Oh
20111213 여행의 실패와 상호작용을 통한 극복
20111213 여행의 실패와 상호작용을 통한 극복
Jaehyeuk Oh
Tourist Interaction
Tourist Interaction
Jaehyeuk Oh
20111201 많아지면 달라진다
20111201 많아지면 달라진다
Jaehyeuk Oh
20111124 현대세계의일상성 오재혁
20111124 현대세계의일상성 오재혁
Jaehyeuk Oh
20111027 연습여행기록
20111027 연습여행기록
Jaehyeuk Oh
Contenu connexe
Tendances
Slides from a talk about the BM25 library given at the Meetup session of Apache Lucene Eurocon 2010 in Prague on May 20th, 2010.
BM25 Scoring for Lucene: From Academia to Industry
BM25 Scoring for Lucene: From Academia to Industry
yuvalf
AUDIO SIGNAL PROCESSING
1 AUDIO SIGNAL PROCESSING
1 AUDIO SIGNAL PROCESSING
mukesh bhardwaj
3F3 – Digital Signal Processing (DSP), January 2009, lecture slides 3, Dr Elena Punskaya, Cambridge University Engineering Department
Fast Fourier Transform
Fast Fourier Transform
op205
Originally created by Edresson Casanova
Poster SCGlowTTS Interspeech 2021
Poster SCGlowTTS Interspeech 2021
Bilkent University
Threshold and Proactive Pseudo-Random Permutations
Threshold and Proactive Pseudo-Random Permutations
Aleksandr Yampolskiy
This PPT is about TCP Listen and accept function and it is explaining three way handshaking also
Listen and accept function
Listen and accept function
Jithin Parakka
binary transmission system From design point of view – frequency response of the channel and transmitted pulse shape are specified; the frequency response of the transmit and receive filters has to be determined so as to reconstruct [bk]
Nyquist criterion for distortion less baseband binary channel
Nyquist criterion for distortion less baseband binary channel
PriyangaKR1
Fast Fourier Transform Analysis
Fft analysis
Fft analysis
AldinoAldo
Tendances
(8)
BM25 Scoring for Lucene: From Academia to Industry
BM25 Scoring for Lucene: From Academia to Industry
1 AUDIO SIGNAL PROCESSING
1 AUDIO SIGNAL PROCESSING
Fast Fourier Transform
Fast Fourier Transform
Poster SCGlowTTS Interspeech 2021
Poster SCGlowTTS Interspeech 2021
Threshold and Proactive Pseudo-Random Permutations
Threshold and Proactive Pseudo-Random Permutations
Listen and accept function
Listen and accept function
Nyquist criterion for distortion less baseband binary channel
Nyquist criterion for distortion less baseband binary channel
Fft analysis
Fft analysis
En vedette
스터디 계획
스터디 계획
Jaehyeuk Oh
Homosapiens vs. Hyper-personalization
Homosapiens vs. Hyper-personalization
Jaehyeuk Oh
인문공간 정보융합 Workshop #4
인문공간 정보융합 Workshop #4
Jaehyeuk Oh
인문공간 정보융합 Workshop #2
인문공간 정보융합 Workshop #2
Jaehyeuk Oh
Framework 의 해체
인문공간 정보융합 Workshop #1
인문공간 정보융합 Workshop #1
Jaehyeuk Oh
Information overload 설문 및 실험 (최종)
Information overload 설문 및 실험 (최종)
Jaehyeuk Oh
Mobile Messenger 대화 분석 결과
Mobile Messenger 대화 분석 결과
Jaehyeuk Oh
En vedette
(7)
스터디 계획
스터디 계획
Homosapiens vs. Hyper-personalization
Homosapiens vs. Hyper-personalization
인문공간 정보융합 Workshop #4
인문공간 정보융합 Workshop #4
인문공간 정보융합 Workshop #2
인문공간 정보융합 Workshop #2
인문공간 정보융합 Workshop #1
인문공간 정보융합 Workshop #1
Information overload 설문 및 실험 (최종)
Information overload 설문 및 실험 (최종)
Mobile Messenger 대화 분석 결과
Mobile Messenger 대화 분석 결과
Plus de Jaehyeuk Oh
2018 데이터야놀자에서 발표한 내용입니다. 4년간 150배 증가해온 아자르 서비스 데이터에 대처해온 과정을 단계별로 정리했습니다.
하이퍼커넥트 데이터 팀이 데이터 증가에 대처해온 기록
하이퍼커넥트 데이터 팀이 데이터 증가에 대처해온 기록
Jaehyeuk Oh
Tourist interaction - 정리
Tourist interaction - 정리
Jaehyeuk Oh
20111213 여행의 실패와 상호작용을 통한 극복
20111213 여행의 실패와 상호작용을 통한 극복
Jaehyeuk Oh
Tourist Interaction
Tourist Interaction
Jaehyeuk Oh
20111201 많아지면 달라진다
20111201 많아지면 달라진다
Jaehyeuk Oh
20111124 현대세계의일상성 오재혁
20111124 현대세계의일상성 오재혁
Jaehyeuk Oh
20111027 연습여행기록
20111027 연습여행기록
Jaehyeuk Oh
20111018 여행연구계획 2
20111018 여행연구계획 2
Jaehyeuk Oh
20111018 여행연구계획 2
20111018 여행연구계획 2
Jaehyeuk Oh
20111014 여행연구계획
20111014 여행연구계획
Jaehyeuk Oh
20111014 시체공시소
20111014 시체공시소
Jaehyeuk Oh
20111013 시체공시소
20111013 시체공시소
Jaehyeuk Oh
20111006 여행관찰계획 오재혁
20111006 여행관찰계획 오재혁
Jaehyeuk Oh
여행? 경험,
여행? 경험,
Jaehyeuk Oh
오재혁 랩미팅 발제 20110810
오재혁 랩미팅 발제 20110810
Jaehyeuk Oh
Transmedia narrative
Transmedia narrative
Jaehyeuk Oh
SNS Reader for the impaired
SNS Reader for the impaired
Jaehyeuk Oh
20110616 government
20110616 government
Jaehyeuk Oh
Software Programmer 에 의한 세계 지배
GOVERNMENT
GOVERNMENT
Jaehyeuk Oh
오재혁 Olpc tech #2
오재혁 Olpc tech #2
Jaehyeuk Oh
Plus de Jaehyeuk Oh
(20)
하이퍼커넥트 데이터 팀이 데이터 증가에 대처해온 기록
하이퍼커넥트 데이터 팀이 데이터 증가에 대처해온 기록
Tourist interaction - 정리
Tourist interaction - 정리
20111213 여행의 실패와 상호작용을 통한 극복
20111213 여행의 실패와 상호작용을 통한 극복
Tourist Interaction
Tourist Interaction
20111201 많아지면 달라진다
20111201 많아지면 달라진다
20111124 현대세계의일상성 오재혁
20111124 현대세계의일상성 오재혁
20111027 연습여행기록
20111027 연습여행기록
20111018 여행연구계획 2
20111018 여행연구계획 2
20111018 여행연구계획 2
20111018 여행연구계획 2
20111014 여행연구계획
20111014 여행연구계획
20111014 시체공시소
20111014 시체공시소
20111013 시체공시소
20111013 시체공시소
20111006 여행관찰계획 오재혁
20111006 여행관찰계획 오재혁
여행? 경험,
여행? 경험,
오재혁 랩미팅 발제 20110810
오재혁 랩미팅 발제 20110810
Transmedia narrative
Transmedia narrative
SNS Reader for the impaired
SNS Reader for the impaired
20110616 government
20110616 government
GOVERNMENT
GOVERNMENT
오재혁 Olpc tech #2
오재혁 Olpc tech #2
I phone 10
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SpeakHere
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AQRecorder
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AQPlayer
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LPCM (Linear
Pulse Code Modulation) (Linear Pulse Code Modulation) Linear Sample Rate
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Endian Gulliver’s Travels
little end big end
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