Titlebook: Human Information Processing in Speech Quality Assessment; Stefan Uhrig Book 20211st edition The Editor(s) (if applicable) and The Author(

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General Conclusion and Outlook,This final chapter closes with a general summary of the main empirical results from the three studies (Chaps. ., ., and .) and gained theoretical insights (Chap. .). Possible directions for future research are laid out to continue the proposed multi-method, process-oriented approach toward speech quality assessment.

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Speech Quality Fundamentals,eived quality versus judged quality, that will be used throughout the present book. Moreover, two approaches are introduced for modeling speech quality perception either on the psychophysical or functional (psychological/psychophysiological) level of explanation.

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Speech Quality Assessment,on information processing in human listeners. In addition to methods for conventional subjective speech quality assessment, this chapter introduces more recently employed behavioral and neurophysiological techniques and paradigms. Afterward, those different method classes are compared in view of several measurement criteria.

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General Discussion,cal models of quality perception (Chaps. . and .). Specifically, attentional allocation of information processing resources is theorized as being a crucial internal mechanism determining quality-related modulation of psychophysiological indicators.

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Stefan Uhrigce environments. It is suggested from in vitro experiment that denitrification decreases redox potential in a given environment as groundwater, leading to changes in behavior of migration of radionuclides. Thus, to elucidate the abundance of denitrifying bacteria in a given groundwater is regarded a

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Stefan Uhrigthan 30?years after the accident at the Chernobyl nuclear power plant on 26 April 1986, the worst nuclear accident ever. As a result of post-Chernobyl investigations, the role of released fuel particles in the environmental behavior of radionuclides has been revealed. A conceptual model accounting f