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Neurally Based Measurement and Evaluation of Environmental Noise

Part of the Mathematics for Industry Book Series (volume 20)

DOI: 10.1007/978-4-431-55432-5

ISBN: 978-4-431-55431-8

Publisher: Springer Japan - Springer Journals

May 5, 2015

1 - 10 of 10 Chapters

Available

Introduction

Soeta, Yoshiharu; Ando, Yoichi

Pages: 1 –3

[First, background and issues of this book and related literatures are described. Second, our solution to the issues based on human auditory system is briefly explained.]
Available

Signal Processing Model of Human Auditory System

Soeta, Yoshiharu; Ando, Yoichi

Pages: 5 –50

[To evaluate environmental noise, we need to use methods based on functioning of our auditory system. In this chapter, basics of human auditory system are described. First, the ear sensitivity of the human ear from a sound source to the auditory system consisting of the external canal, eardrum,...
Available

Noise Measurement Method Based on the Model

Soeta, Yoshiharu; Ando, Yoichi

Pages: 51 –67

[To evaluate environmental noise, we need to use methods based on functioning of our auditory system. In this chapter, basic concept of noise measurement is described. First, the correlation between two variables, correlation function as a function of time, such as autocorrelation function (ACF)...
Available

Temporal Primary Sensations of Noise

Soeta, Yoshiharu; Ando, Yoichi

Pages: 69 –103

[The basic, perceived attributes of sound can be divided into those qualities that distinguish different sounds independent of location (temporal sensations) and those related to a sound’s perceived location in space (spatial sensations). Temporal sensations include pitch, loudness, timbre, and...
Available

Spatial Primary Sensations of Noise

Soeta, Yoshiharu; Ando, Yoichi

Pages: 105 –119

[Spatial sensations include the localization, the subjective diffuseness (envelopment), and the apparent source width in the sound field. These are described by the multiple spatial factors extracted from the interaural cross-correlation function (IACF) for the signal arriving at two ears. As for...
Available

Noise Measurements

Soeta, Yoshiharu; Ando, Yoichi

Pages: 121 –165

[Environmental noises are a fact of our life. Aircraft, traffic, railway, industry, machinery, and community noises are commonplace. These environmental noises have been evaluated according to sound pressure level (SPL) and frequency characteristics (e.g., Namba and Kuwano in J Acoust Soc Jpn...
Available

Annoyance of Noise

Soeta, Yoshiharu; Ando, Yoichi

Pages: 167 –202

[Annoyance depends directory on the sound pressure level (SPL) when sounds are roughly equivalent in other attributes, such as timbre and duration. Therefore, a lot of efforts have been spent on noise reduction technologies in relation to reducing sound exposure level. For sound sources having...
Available

Short-Term Effects of Noise

Soeta, Yoshiharu; Ando, Yoichi

Pages: 203 –213

[In Chap. 7, it has been discussed annoyance of noise in relation to the temporal and spatial factors extracted from the running autocorrelation function (ACF) and interaural cross-correlation function (IACF) of the sound field, respectively. In this chapter, instantaneous effects of...
Available

Long-Term Effects of Noise

Soeta, Yoshiharu; Ando, Yoichi

Pages: 215 –231

[The brain vividly responses to instantaneous changes of the environment with the period less than several seconds, because the auditory temporal window is usually less than 5 s. Therefore, annoyance and loudness are responded in such a short time and much have been investigated. However, a...
Available

Application to Sound Design

Soeta, Yoshiharu; Ando, Yoichi

Pages: 233 –259

[In previous chapters, noise characteristics and annoyance to noise are evaluated by the auditory system model that includes factors extracted from autocorrelation function (ACF) and interaural cross-correlation function (IACF). In this chapter, other applications to sound design are discussed...

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