Music signal processing with application to recognition
Abstract
This thesis lays in the area of signal processing and analysis of music signals using computational methods for the extraction of effective representations for automatic recognition. We explore and develop efficient algorithms using nonlinear methods for the analysis of the structure of music signals, which is of importance for their modeling. Our main research directions deals with the analysis of the structure and the characteristics of musical instruments in order to gain insight about their function and properties. We study the characteristics of the different genres of music. Finally, we evaluate the effectiveness of the proposed nonlinear models for the detection of perceptually important music and audio events.The approach we follow contributes to state-of-the-art technologies related to automatic computer-based recognition of musical signals and audio summarization, which nowadays are essential in everyday life. Because of the vast amount of music, audio and multimedia data in ...
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