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1
Quality Assurance of Generative Dialog Models in an Evolving Conversational Agent Used for Swedish Language Practice ...
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2
SPT-Code: Sequence-to-Sequence Pre-Training for Learning Source Code Representations ...
Niu, Changan; Li, Chuanyi; Ng, Vincent. - : arXiv, 2022
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3
A comparative study of several parameterizations for speaker recognition ...
Faundez-Zanuy, Marcos. - : arXiv, 2022
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4
Speaker verification in mismatch training and testing conditions ...
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5
Speech Segmentation Optimization using Segmented Bilingual Speech Corpus for End-to-end Speech Translation ...
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6
A Formal Model of Checked C ...
Li, Liyi; Liu, Yiyun; Postol, Deena L.. - : arXiv, 2022
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7
Statistical detection of format dialects using the weighted Dowker complex ...
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8
PACSafe: Leveraging ARM Pointer Authentication for Memory Safety in C/C++ ...
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9
A New Amharic Speech Emotion Dataset and Classification Benchmark ...
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10
Lahjoita puhetta -- a large-scale corpus of spoken Finnish with some benchmarks ...
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11
The Norwegian Parliamentary Speech Corpus ...
Solberg, Per Erik; Ortiz, Pablo. - : arXiv, 2022
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12
Subspace-based Representation and Learning for Phonotactic Spoken Language Recognition ...
Abstract: Phonotactic constraints can be employed to distinguish languages by representing a speech utterance as a multinomial distribution or phone events. In the present study, we propose a new learning mechanism based on subspace-based representation, which can extract concealed phonotactic structures from utterances, for language verification and dialect/accent identification. The framework mainly involves two successive parts. The first part involves subspace construction. Specifically, it decodes each utterance into a sequence of vectors filled with phone-posteriors and transforms the vector sequence into a linear orthogonal subspace based on low-rank matrix factorization or dynamic linear modeling. The second part involves subspace learning based on kernel machines, such as support vector machines and the newly developed subspace-based neural networks (SNNs). The input layer of SNNs is specifically designed for the sample represented by subspaces. The topology ensures that the same output can be derived from ... : Published in IEEE/ACM Trans. Audio, Speech, Lang. Process., 2020, vol. 28, pp. 3065-3079 ...
Keyword: Audio and Speech Processing eess.AS; Computation and Language cs.CL; FOS Computer and information sciences; FOS Electrical engineering, electronic engineering, information engineering; Machine Learning cs.LG; Sound cs.SD
URL: https://dx.doi.org/10.48550/arxiv.2203.15576
https://arxiv.org/abs/2203.15576
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13
Quickstrom: Property Based Acceptance Testing with LTL Specifications ...
O'Connor, Liam; Wickström, Oskar. - : arXiv, 2022
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14
LPC Augment: An LPC-Based ASR Data Augmentation Algorithm for Low and Zero-Resource Children's Dialects ...
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15
Automatic Dialect Density Estimation for African American English ...
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16
End-to-end contextual asr based on posterior distribution adaptation for hybrid ctc/attention system ...
Zhang, Zhengyi; Zhou, Pan. - : arXiv, 2022
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17
Towards Contextual Spelling Correction for Customization of End-to-end Speech Recognition Systems ...
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18
SHAS: Approaching optimal Segmentation for End-to-End Speech Translation ...
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19
Automatic Detection of Speech Sound Disorder in Child Speech Using Posterior-based Speaker Representations ...
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20
Deep Neural Convolutive Matrix Factorization for Articulatory Representation Decomposition ...
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