Titlebook: Springer Handbook of Speech Processing; Jacob Benesty,M. Mohan Sondhi,Yiteng Arden Huang Book 2008 Springer-Verlag Berlin Heidelberg 2008

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大漩渦

親愛

lactic

Physiological Processes of Speech Production regulation of vibration, and control of resonators. The lung air pressure for speech results from functions of the respiratory system during a prolonged phase of expiration after a short inhalation. Vibrations of air for voiced sounds are introduced by the vocal folds in the larynx; they are contro

Confound

Nonlinear Cochlear Signal Processing and Masking in Speech Perceptionthe neural representation of the auditory signal, a?form of loudness noise. Dynamic masking is strictly cochlear, and is associated with cochlear outer-hair-cell processing. This form is responsible for dynamic nonlinear cochlear gain changes associated with sensorineural hearing loss, the upward sp

adjacent

Perception of Speech and Soundceived pitch. The resolution limits of the auditory system produce spectral and temporal masking phenomena and impose constraints on the perception of amplitude modulations. Binaural hearing (i.e., utilizing the acoustical difference across both ears) employs interaural time and intensity difference

鋸齒狀

不知疲倦

Wiener and Adaptive Filters popular in different aspects of speech processing but also in many other applications. This chapter presents the most fundamental results of the Wiener theory with an emphasis on the Wiener-Hopf equations, which are not convenient to solve in practice. An alternative approach to solving these equat

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Linear Predictionalue of its current sample can be well modeled as a?linear combination of its past values. In this chapter, we attempt to present the most important ideas on linear prediction. We derive the principal results, widely recognized by speech experts, in a?very intuitive way without sacrificing mathemati

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