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A fast-match approach for robust, faster than real-time speaker diarization

机译：一种快速匹配的方法，可实现比实时说话者区分更强大，更快的速度

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作者
Yan Huang; Oriol Vinyals; Gerald Friedl; Christian Müller; Nikki Mirghafori; Chuck Wooters;
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年度 2007
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1. Real-Time Implementation of Speaker Diarization System on Raspberry PI3 Using TLBO Clustering Algorithm [J] . Dabbabi Karim, Hajji Salah, Cherif Adnen Circuits, systems, and signal processing . 2020,第8期

机译：用TLBO聚类算法实时实施覆盆子PI3上的扬声器日复速度系统
2. Wordless Sounds: Robust Speaker Diarization Using Privacy-Preserving Audio Representations [J] . Parthasarathi S. H. K., Bourlard H., Gatica-Perez D. Audio, Speech, and Language Processing, IEEE Transactions on . 2013,第1期

机译：无言的声音：使用保护隐私的音频表示实现鲁棒的扬声器分离
3. Harmonic Structure Features for Robust Speaker Diarization [J] . Yu Zhou, Hongbin Suo, Junfeng Li, ETRI journal . 2012,第4期

机译：谐波结构特性可实现强健的扬声器分离
4. A FAST-MATCH APPROACH FOR ROBUST, FASTER THAN REAL-TIME SPEAKER DIARIZATION [C] . Yan Huang, Oriol Vinyals, Gerald Friedland, IEEE Workshop on Automatic Speech Recognition and Understanding . 2007

机译：快速匹配的稳健方法，比实时扬声器深度更快
5. An ensemble speaker and speaking environment modeling approach to robust speech recognition. [D] . Tsao, Yu. 2008

机译：集成的演讲者和说话环境建模方法可实现强大的语音识别。
6. Real-time PCR Machine System Modeling and a Systematic Approach for the Robust Design of a Real-time PCR-on-a-Chip System [O] . Da-Sheng Lee 2010

机译：实时PCR机系统建模和系统可靠的实时芯片上PCR系统的系统方法
7. FAST-MATCH: FAST AND ROBUST FEATURE MATCHING ON LARGE IMAGES [O] . Jonas T. Arnfred, Stefan Winkler 2015

机译：快速匹配：快速和稳健的特征匹配大图像
8. Robust Speech Processing & Recognition: Speaker ID, Language ID, Speech Recognition/Keyword Spotting, Diarization/Co-Channel/Environmental Characterization, Speaker State Assessment. [R] . Hansen, J. H. 2015

机译：强大的语音处理和识别：说话者ID，语言ID，语音识别/关键字识别，Diarization / Co-Channel /环境表征，说话者状态评估。

A fast-match approach for robust, faster than real-time speaker diarization

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