DEVICE BASED ON SPECTRAL ANALYSIS FOR DETECTION AND CORRECTION OF SPEECH DEFECTS IN UZBEK SPEAKING CHILDREN

Admin bo'lib kirish (www.admin.slib.uz)

Tizim sinov (TEST) rejimida ishlamoqda! Murojat uchun @slib_support

Eski talqinga o'tish link

7 сентябр 2022

Asosiy til:Ingliz

DEVICE BASED ON SPECTRAL ANALYSIS FOR DETECTION AND CORRECTION OF SPEECH DEFECTS IN UZBEK SPEAKING CHILDREN

Fan yo'nalishi:

63189d0d9fb08.pdf

PDF

Technical science and innovation

Maqola chop etish see more

MAQOLA ANNOTATSIYASI

The article discusses the possibilities and necessity of using a device based on spectral analysis to detect and correct speech defects in Uzbek-speaking children. The device relates to medical technology and special pedagogy, can be used in diagnostic studies and rehabilitation processes related to measuring the correctness of pronunciation after installing cochlear implants in (Uzbek-speaking) children with hearing loss, to improve hearing and speech correction in hearing-impaired children, aimed at improving correct pronunciation. pronunciation, development of hearing and speech. Technically, the visualization of sounding speech in this complex is achieved by capturing sounds with a microphone, converting them in an additional device, transmitting a signal to the processor, and then displaying the components of sounding speech on the device screen in the form of informative images with animation elements. The display remains on the monitor screen for any time necessary for the analysis of the activities carried out

MUALIFLAR

Teglar

# spectral analysis# speech signals# fragments of speech signals# speech therapy simulator# hardware-software complex# spectrum analyzer

Maqolani baholang

0

0 ta

Maqola idintifikatorlari

ROI:

https://eroi.uz/11.0008/A0922-0058

DOI:

Mavjud emas

Foydalanilgan adabiyotlar

K.K. Tomchuk. “Segmentation of speech signals for tasks of automatic speech processing”, 2017

Y.B. Zelenskaya. “The use of the computer program speech viewer ("Visible speech") in the process of speech therapy”, 2003

V.V. Savchenko., D.Y. Akatiev. Device for phonetic analysis of speech. “Patent for PM”, 2019. 2

Sh.K. Nematov., Y.M. Kamolova. Preprocessing of speech signals for the system of recognition and spectral analysis of speech. “Journal of technical sciences and innovation”, 2022. 215

Sh.K. Nematov., Y.M. Kamolova. A computer program based on spectral analysis for speech correction in children. “Journal of physics: conference series”, 2021

Sh.K. Nematov., Y.M. Kamolova. “Description of the utility model for the patent” 2022

A.V. Ventsov., V.B. Kasevich. Modern models of speech perception: a critical review. “Publishing House”, 1994. 316

V.I. Galunov., A.B. Viktorov. “Analytical review on the problem of coding speech signals”, 2005

M. Z. Grobman., V. I. Tumarkin. Identification of hidden periodicities and formant analysis of speech. “Pattern recognition: theory and applications”, 2007

R.V. Gudonavichyus., P.P. Kemeshis., A.B. Chitavichyus. “Recognition of speech signals by their structural properties”, 2007. 300

A.V. Davydov. Signals and linear systems: “Internet publication”, 2009

R.K. Potapova. On the typological features of the syllable. “Pattern recognition: theory and applications”, 2007. 296

A.N. Prodeus. “Methods of processing acoustic signals: a course of lectures”, 2008

L.R. Rabiner., R.V. Shafer., M.V. Nazarov., Y. N. Prokhorov. Digital processing of speech signals: per. from English. “Radio and communication”, 2001. 496

L.R. Rabiner., V. Gould. “Theory and application of digital signal processing”, 2008. 848

S.Y. Ikonin., D.V. Sarana. System of automatic speech recognition SPIRIT ASR Engine. “Digital signal processing”, 2003

N.Y. Sekunov. “Sound processing on the PC”, 2001. 1248

A.B. Sergienko. “Digital signal processing: textbook. for universities”, 2003. 604