Auditory Perception: A New SynthesisElsevier, 2013年10月22日 - 258 頁 Auditory Perception: A New Synthesis focuses on the effort to show the connections between key areas in hearing. The book offers a review of classical problems, and then presents interpretations and evidence of this topic. A short introduction to the physical nature of sound and the way sound is transmitted and changed within the ear is provided. The book discusses the importance of being able to identify the source of a sound, and then presents processes in this regard. The text provides information on the organs involved in the identification of sound and discusses pitch and infrapitch and the manner by which their loudness can be measured. Scales are presented to show the loudness of sound. The relationship of hearing with other senses is also discussed. The text also outlines how speech is produced, taking into consideration the organs involved in the process. The book is a valuable source of data for research scientists and other professionals who are involved in hearing and speech. |
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第 1 到 5 筆結果,共 40 筆
第 1 頁
... sinusoidal change in pressure over time. A limitless number of other periodic waveforms exist, including square waves (Fig. 1.18) and pulse trains (Fig. 1.1C). Periodic sounds need not have simple, symmetrical waveforms: figure 1.1D ...
... sinusoidal change in pressure over time. A limitless number of other periodic waveforms exist, including square waves (Fig. 1.18) and pulse trains (Fig. 1.1C). Periodic sounds need not have simple, symmetrical waveforms: figure 1.1D ...
第 2 頁
... sinusoidal components having appropriate frequency, amplitude, and phase relations. (Phase describes the portion of the period through which a waveform has advanced relative to an arbitrary reference.) A sinusoidal tone H1 (FUNDAMENTAL ...
... sinusoidal components having appropriate frequency, amplitude, and phase relations. (Phase describes the portion of the period through which a waveform has advanced relative to an arbitrary reference.) A sinusoidal tone H1 (FUNDAMENTAL ...
第 3 頁
... sinusoidal components. The approximation of a sawtooth waveform could be made closer by the addition of higher harmonics of appropriate amplitude and phase. Source: From Perception and the Senses by Evan L. Brown and Kenneth ...
... sinusoidal components. The approximation of a sawtooth waveform could be made closer by the addition of higher harmonics of appropriate amplitude and phase. Source: From Perception and the Senses by Evan L. Brown and Kenneth ...
第 4 頁
... sinusoidal components of appropriate phase and amplitude. Figure 1.2 shows how a sawtooth waveform may be approximated closely by the mixing of only six harmonics having appropriate amplitude and phase. The range of audible amplitude ...
... sinusoidal components of appropriate phase and amplitude. Figure 1.2 shows how a sawtooth waveform may be approximated closely by the mixing of only six harmonics having appropriate amplitude and phase. The range of audible amplitude ...
第 5 頁
... sinusoidal tone is about 6 dB, the ambient level (background noise) in radio and TV studios is about 30 dB, conversational speech about 55 dB, and the level inside a bus about 90 dB. Experimenters can vary the relative intensities of ...
... sinusoidal tone is about 6 dB, the ambient level (background noise) in radio and TV studios is about 30 dB, conversational speech about 55 dB, and the level inside a bus about 90 dB. Experimenters can vary the relative intensities of ...
內容
1 | |
31 | |
Pitch and Infrapitch | 59 |
Chapter 4 The Measurement of Loudness and Pitch | 104 |
Chapter 5 Perception of Acoustic Sequences | 119 |
Chapter 6 Perceptual Restoration of Missing Sounds | 140 |
Chapter 7 Speech | 156 |
Chapter 8 The Relation of Hearing to Other Senses | 188 |
References | 197 |
Author Index | 221 |
Subject Index | 229 |
About the Author | 239 |
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常見字詞
Acoustical Society alternating polarity amplitude analysis appears auditory nerve Bashford basilar membrane binaural binaural beats broad-band noise center frequencies changes cochlea cochlear complex tones components conflict consonants contralateral induction corresponding critical band cues delay detection dichotic discrimination distance effect experiments fainter filter function fundamental frequency hair cells half-loudness harmonics headphones heard hearing illusory continuity influence infrapitch infratonal intensity interaction interaural item durations iterated judgments larynx listeners louder loudness masking microphonic monaural msec neural noise segments normal occur octave periodic sounds permuted orders phase phonemes phonemic restorations pinnae Plomp produced Psychophysics pulse trains receptor recycled sequences reflect repetition frequency reported response reverberation Schouten sensory sequences consisting shown in figure signal sinusoidal sinusoidal tones Society of America spectral spectrograms speech perception speech sounds stereocilia stimulus subjects temporal induction theory threshold tion tonal verbal transformations visual vocal folds vowels Warren waveform words