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Exploration strategies for articulatory synthesis of complex syllable onsets ...
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Silent speech command word recognition using stepped frequency continuous wave radar
In: Sci Rep (2022)
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On the Optimal Set of Features and the Robustness of Classifiers in Radar-based Silent Phoneme Recognition ...
Abstract: Silent speech recognition (SSR) is an active area of research with applications ranging from speech restoration to speech enhancement. Radar-based SSR has been proposed and investigated as a non-invasive method to infer vocal tract states and articulatory movements from measured changes in scattering parameters. One of the challenges in developing a radar-based SSR system is to determine the optimal set of features from these measurements. In this study, we therefore investigated the following problems: (a) The selection of the features that play the most significant role for classification. (b) The determination of the contribution of each reflection and transmission spectrum and the most important frequencies. (c) The determination of the performance of the classifiers when using fewer features. (d) The determination of the robustness of the classifiers against different noise levels. The data used in this study consisted of 230 samples of 25 German phonemes (15 vowels, each in 10 contexts, and 10 ...
Keyword: 170204 Linguistic Processes incl. Speech Production and Comprehension; 90699 Electrical and Electronic Engineering not elsewhere classified; FOS Electrical engineering, electronic engineering, information engineering; FOS Psychology
URL: https://figshare.com/articles/conference_contribution/On_the_Optimal_Set_of_Features_and_the_Robustness_of_Classifiers_in_Radar-based_Silent_Phoneme_Recognition/15505656/1
https://dx.doi.org/10.6084/m9.figshare.15505656.v1
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On the Optimal Set of Features and the Robustness of Classifiers in Radar-based Silent Phoneme Recognition ...
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5
Example sound ([a:] of speaker 1) from the Dresden Vocal Tract Dataset ...
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Dresden Vocal Tract Dataset (complete archive) ...
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Example for measured volume velocity transfer function ...
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Example of synthesized noise at 2500 mW ...
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Example for synthesized noise at 1500 mW ...
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Example for synthesized noise at 500 mW ...
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Example for measured power spectral densities ...
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Example for synthesized noise at 1500 mW ...
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13
Example for reference sweep response of the VVTF measurement ...
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Example for measured volume velocity transfer function ...
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15
Example for metadata of vocal tract noise measurements ...
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Example for primary sweep response of the VVTF measurement ...
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Example for measured power spectral densities ...
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Example for inner vocal tract suface with closed vocal folds and lips ...
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Example for calculated volume velocity transfer function ...
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20
Example for synthesized noise at 2000 mW ...
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