Titlebook: Sound in the Time Domain; Mikio Tohyama Book 2018 Springer Nature Singapore Pte Ltd. 2018 Binaural Listening.Chaotic Reverberation Sound.I

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Signals and Communication Technologyhttp://image.papertrans.cn/s/image/872046.jpg

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https://doi.org/10.1007/978-981-10-5889-9Binaural Listening; Chaotic Reverberation Sound; Interaural Crosscorrelation IACC; Perception of Reverb

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Mikio TohyamaFocuses on the characteristics of sound waves in the context of time structures.Offers a time domain approach to provide an informative and intuitively understandable description of various acoustic t

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Sinusoidal Waves as Random Variables,and orthogonality as being different from the statistical independence. The square correlation is a measure that represents the energy ratio of the uncorrelated pair of variables. Direct sound and its reverberation is a typical example of an uncorrelated pair in reverberant sound fields.

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Fourier Transform and Superposition of Sinusoidal Functions,quence of the squared original samples that show the change in the signal power or signal dynamics in the time domain. The change in the signal power is formally defined by the envelope for the analytic signal. As well as the envelope the periodic property represents the signature of a waveform in t

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Differential Equations for Sinusoidal Waves,the source is close to the frequency of the resonance. The differential equation can be extended to the wave equation that governs wave propagation in a medium. A typical phenomenon of wave propagation is the standing wave, which is a superposition of direct and reflection waves, subject to there be

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Signal Dynamics for Time and Frequency Domains,haracterize the resonance structures in the source or sound path structures. The sound path is quite likely determining those resonances which are with close frequencies. Overlapping resonance modes require, in general, the decomposition of the modal responses. With inspiration from human hearing, a