Voice is the result of the coordination of the whole pneumophonoarticulatory apparatus. The analysis of the voice allows the identification of the diseases of the vocal apparatus and currently is carried out from an expert doctor through methods based on the auditory analysis. This paper presents a web-based system for the acquisition and automatic analysis of vocal signals. Vocal signals are submitted by the users through a simple web-interface and are analyzed in real-time by using state-of-the art signal processing techniques, providing first-level information on possible voice alterations. The system offers different analysis functions to the doctors that may analyze suspected cases in detail. The system is currently being tested in the otorhinolaryngologist setting to carry out mass prevention via screening at a regional scale.

A web-based system for the collection and analysis of spectra signals for early detection of voice alterations / Amato; F.; Cannataro; M.; Coseritino; C.; Montefusco; F.; Tradigo; G.; Veltri; P.; Garozzo; A.; Lombardo; N.; Greco; S.; Manfredi; C.. - STAMPA. - (2008), pp. 1405-1409. (Intervento presentato al convegno ACM Symposium on Applied Computing,) [10.1145/1363686.1364010].

A web-based system for the collection and analysis of spectra signals for early detection of voice alterations

MANFREDI, CLAUDIA
2008

Abstract

Voice is the result of the coordination of the whole pneumophonoarticulatory apparatus. The analysis of the voice allows the identification of the diseases of the vocal apparatus and currently is carried out from an expert doctor through methods based on the auditory analysis. This paper presents a web-based system for the acquisition and automatic analysis of vocal signals. Vocal signals are submitted by the users through a simple web-interface and are analyzed in real-time by using state-of-the art signal processing techniques, providing first-level information on possible voice alterations. The system offers different analysis functions to the doctors that may analyze suspected cases in detail. The system is currently being tested in the otorhinolaryngologist setting to carry out mass prevention via screening at a regional scale.
2008
Proceeding SAC '08 Proceedings of the 2008 ACM symposium on Applied computing
ACM Symposium on Applied Computing,
Amato; F.; Cannataro; M.; Coseritino; C.; Montefusco; F.; Tradigo; G.; Veltri; P.; Garozzo; A.; Lombardo; N.; Greco; S.; Manfredi; C.
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/781914
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