Table I from An international comparison of long‐term average speech spectra | Semantic Scholar (2024)

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@article{Byrne1994AnIC, title={An international comparison of long‐term average speech spectra}, author={Denis Byrne and Harvey Dillon and Khanh Tran and Stig Arlinger and Robyn M. Cox and Nasser Kotby and Nasser H. A. Nasser and Wafaa A. H. El Kholy and Dafydd Stephens and Rhys Meredith}, journal={Journal of the Acoustical Society of America}, year={1994}, volume={96}, pages={2108-2120}, url={https://api.semanticscholar.org/CorpusID:35383857}}
  • D. Byrne, H. Dillon, R. Meredith
  • Published 1 October 1994
  • Linguistics
  • Journal of the Acoustical Society of America

The long‐term average speech spectrum (LTASS) and some dynamic characteristics of speech were determined for 12 languages: English (several dialects), Swedish, Danish, German, French (Canadian), Japanese, Cantonese, Mandarin, Russian, Welsh, Singhalese, and Vietnamese. The LTASS only was also measured for Arabic. Speech samples (18) were recorded, using standardized equipment and procedures, in 15 localities for (usually) ten male and ten female talkers. All analyses were conducted at the…

548 Citations

Highly Influential Citations

57

Background Citations

168

Methods Citations

103

Results Citations

18

Figures and Tables from this paper

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  • table I
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548 Citations

Cross-language comparison of long-term average speech spectrum and dynamic range for three Indian languages and British English
    V. NarneNachiketa Tiwari

    Linguistics

    Clinical Archives of Communication Disorders

  • 2021

Purpose: The Long-Term Average Speech Spectrum (LTASS) and Dynamic Range (DR) of speech strongly influence estimates of Speech Intelligibility Index (SII), gain and compression required for hearing

  • 2
Long-Term Average Speech Spectra and Dynamic Ranges of 17 Indian Languages.

The long-term average speech spectra (LTASS) and dynamic ranges (DR) of 17 Indian languages are determined and a common LTASS and DR is proposed for Indian languages to help improve the performance of hearing aids in the Indian context.

  • 2
Long term average speech spectra of Turkish
    M. YükselB. Gündüz

    Linguistics, Medicine

    Logopedics, phoniatrics, vocology

  • 2018

The LTASS curve for the Turkish is similar to those reported for other languages, but there are also observable differences, and use of generated speech signals in hearing aid fitting procedures is recommended.

  • 15
  • Highly Influenced
A Comparison of Long-Term Average Speech Spectrum (LTASS) among Korean Monosllyabic Words, Sentences, and English Sentences
    진인기이재희

    Linguistics

  • 2010

The purpose of this study was to compare long-term average speech spectrum (LTASS) of Korean monosyllabic words, sentences, and English sentences. For Korean speech material, 200 monosyllabic words

  • 2
  • PDF
Gender and speech material effects on the long-term average speech spectrum, including at extended high frequencies
    Vahid DelaramMargaret K. Miller Brian B. Monson

    Linguistics, Psychology

    bioRxiv

  • 2024

Gender and language effects on the long-term average speech spectrum (LTASS) have been reported, but typically using recordings that were bandlimited and/or failed to accurately capture extended high

  • PDF
Cross-Language Identification of Long-Term Average Speech Spectra in Korean and English: Toward a Better Understanding of the Quantitative Difference Between Two Languages
    Heil NohDong-Hee Lee

    Linguistics

    Ear and hearing

  • 2012

To adjust the formula for fitting hearing aids for Koreans, the results based on the LTASS analysis suggest that one needs to raise the gain in high-frequency regions.

  • 23
  • Highly Influenced
How Does Speaking Clearly Influence Acoustic Measures? A Speech Clarity Study Using Long-term Average Speech Spectra in Korean Language
    Heil NohDong-Hee Lee

    Linguistics

    Clinical and experimental otorhinolaryngology

  • 2012

This study showed that the drop-off of the LTASS in the low frequency region might make the ratings of women and announcers more clearly than those of men and ordinary persons respectively.

Development of the Polish Speech Test Signal and its Comparison with the International Speech Test Signal
    Dorota HabasińskaEwa SkrodzkaEdyta Bogusz-Witczak

    Linguistics

  • 2018

The aim of this study was to create a single-language counterpart of the International Speech Test Signal (ISTS) and to compare both with respect to their acoustical characteristics, finding some differences between ISTS and PSTS.

  • 1
  • PDF
Long-term average spectra of adult Iranian speakers' voice.
    N. MoradiN. Maroufi M. Soltani

    Physics

    Journal of voice : official journal of the Voice…

  • 2014
  • 14
Dynamic range for speech materials in korean, english, and mandarin: a cross-language comparison.
    In-Ki JinJ. KatesK. Arehart

    Linguistics

    Journal of speech, language, and hearing research…

  • 2014

The observed differences in DR across languages suggest that the best-fit DR for Korean and Mandarin may be different than the best fit for English.

  • 14
  • Highly Influenced

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39 References

Distribution of short-term rms levels in conversational speech.
    R. CoxJoseph S. MatesichJ. N. Moore

    Linguistics

    The Journal of the Acoustical Society of America

  • 1988

The effects of measurement interval was least for the highest amplitude speech levels and increased as speech levels decreased, whereas for short-term amplitudes below the median level, measurement interval had the greatest effect on the lower frequency bands.

  • 59
  • Highly Influential
  • PDF
On the Spectrum of Spoken English
    A. F. NiemoellerL. McCormickJ. D. Miller

    Linguistics, Physics

  • 1974

The spectrum of spoken English was measured in 13‐octave bands for men, women, and children. The speech produced by reading aloud newspaper text was recorded in an anechoic chamber for each member of

  • 9
  • PDF
The speech spectrum--some aspects of its significance for hearing aid selection and evaluation.
    D. Byrne

    Engineering, Medicine

    British journal of audiology

  • 1977

Considering that speech spectra differ greatly from one individual to another, it would seem desirable that speech with a known, preferably average, spectrum be used in hearing aid evaluation procedures which involve setting the volume control of a hearing aid to deliver speech at a comfortable listening level.

  • 48
  • Highly Influential
Composite speech spectrum for hearing and gain prescriptions.
    R. CoxJ. N. Moore

    Engineering, Medicine

    Journal of speech and hearing research

  • 1988

It was concluded that a single spectrum could validly be used to represent both male and female speech in the frequency region important for hearing aid gain prescriptions: 250 Hz through 6300 Hz.

  • 109
Methods of Measuring Speech Spectra
    S. S. StevensJ. P. EganG. A. Miller

    Physics

  • 1947

A comparison was made of several alternative methods and devices for analyzing speech in terms of its acoustic spectrum (a time average of the sound‐pressure level per cycle vs. frequency). A general

  • 28
  • PDF
Some Variables in Audio Spectrometry
    R. W. BensonI. J. Hirish

    Physics

  • 1953

Measurements of the long‐time average spectrum of speech are reported with the purpose of pointing out the roles of several variables. Three different sampling times of three different types of

  • 40
Long-term and short-term characteristics of speech: implications for hearing aid selection for young children.
    P. StelmachowiczAnne L. MaceJ. KopunEdward Carney

    Medicine

    Journal of speech and hearing research

  • 1993

Results show that typical levels at the input to a child's hearing aid microphone may be as much as 20 dB higher than those found in face-to-face adult conversation and the spectral shape may deviate substantially from an idealized version of the LTASS.

  • 37
Statistical Measurements on Conversational Speech
    H. K. DunnS. D. White

    Linguistics

  • 1940

Using apparatus designed to collect a large number of data in a short time, the following measurements have been made: peak and r.m.s. pressures in one‐eighth‐second intervals, and in various bands

  • 206
The National Acoustic Laboratories' (NAL) New Procedure for Selecting the Gain and Frequency Response of a Hearing Aid
    D. ByrneH. Dillon

    Medicine, Engineering

    Ear and hearing

  • 1986

It is concluded that the new formula for selecting the gain and frequency response of a hearing aid should prescribe a near optimal frequency response with few exceptions.

  • 805
The Perception of Speech and Its Relation to Telephony
    Harvey FletcherRogers H. Galt

    Computer Science, Engineering

  • 1950

Relationships among several of these measures and the articulation index are established and functions are developed which permit the calculation of articulations index and hence of articulation for communication systems which include a wide variety of response versus frequency characteristics and of noise conditions, as well as several special types of distortion.

  • 318

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    Table I from An international comparison of long‐term average speech spectra | Semantic Scholar (12)

    TABLE I. Speech sample information.

    Published in 1994

    An international comparison of long‐term average speech spectra

    D. ByrneH. Dillon R. Meredith

    Figure 10 of 11

    Table I from An international comparison of long‐term average speech spectra | Semantic Scholar (2024)
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