974 resultados para Musical canon.
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Mode of access: Internet.
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Translation of Lehrbuch der Fuge, Anleitung zur Composition derselben und zu den sie vorbereitenden Studien in den Nachahmungen und in dem Canon, 6th ed.
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Wydział Neofilologii: Katedra Orientalistyki
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Este artículo tiene como objetivo compartir la experiencia de un director coral con estudiantes de Licenciatura en música del Conservatorio del Tolima, considerando que los resultados de este trabajo se convierten en nuevos aprendizajes que aportan significativamente a la labor del mismo, a sus estudiantes y a pares académicos; esta actividad musical se ha realizado desde la asignatura que en la malla curricular de esta institución se denomina conjunto y está organizada en tres niveles -- Los contenidos que conforman la actividad coral, hacen considerar que el Repertorio es una de las herramientas pedagógicas más importantes en este trabajo debido a que contiene los elementos que contribuyen al proceso de formación musical de los integrantes de los conjuntos corales; por esta razón los aportes aquí expuestos harán especial énfasis sobre este aspecto
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Analyse und Bericht der ersten Konferenz der ARLAC (Asociación Regional de Latinoamerica y el Caribe) am 17.-21. März 2014 in Havanna.
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Universidade Estadual de Campinas. Faculdade de Educação Física
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SEVERAL MODELS OF TIME ESTIMATION HAVE BEEN developed in psychology; a few have been applied to music. In the present study, we assess the influence of the distances travelled through pitch space on retrospective time estimation. Participants listened to an isochronous chord sequence of 20-s duration. They were unexpectedly asked to reproduce the time interval of the sequence. The harmonic structure of the stimulus was manipulated so that the sequence either remained in the same key (CC) or travelled through a closely related key (CFC) or distant key (CGbC). Estimated times were shortened when the sequence modulated to a very distant key. This finding is discussed in light of Lerdahl's Tonal Pitch Space Theory (2001), Firmino and Bueno's Expected Development Fraction Model (in press), and models of time estimation.
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Online music databases have increased significantly as a consequence of the rapid growth of the Internet and digital audio, requiring the development of faster and more efficient tools for music content analysis. Musical genres are widely used to organize music collections. In this paper, the problem of automatic single and multi-label music genre classification is addressed by exploring rhythm-based features obtained from a respective complex network representation. A Markov model is built in order to analyse the temporal sequence of rhythmic notation events. Feature analysis is performed by using two multi-variate statistical approaches: principal components analysis (unsupervised) and linear discriminant analysis (supervised). Similarly, two classifiers are applied in order to identify the category of rhythms: parametric Bayesian classifier under the Gaussian hypothesis (supervised) and agglomerative hierarchical clustering (unsupervised). Qualitative results obtained by using the kappa coefficient and the obtained clusters corroborated the effectiveness of the proposed method.
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This work proposes an association between musical analysis techniques developed during the twentieth and the twenty-first centuries, presented by authors like Felix Salzer and Joseph Straus, and the musical theory concepts presented by Olivier Messiaen, for the analysis of Prelude n(o) 1, La Colombe. The analysis contributes to broaden the theory concepts presented by the composer. In the Conclusion we trace lines of an authorial sonority by Olivier Messiaen.
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The aim of this study was to identify the psycho-musical factors that govern time evaluation in Western music from baroque, classic, romantic, and modern repertoires. The excerpts were previously found to represent variability in musical properties and to induce four main categories of emotions. 48 participants (musicians and nonmusicians) freely listened to 16 musical excerpts (lasting 20 sec. each) and grouped those that seemed to have the same duration. Then, participants associated each group of excerpts to one of a set of sine wave tones varying in duration from 16 to 24 sec. Multidimensional scaling analysis generated a two-dimensional solution for these time judgments. Musical excerpts with high arousal produced an overestimation of time, and affective valence had little influence on time perception. The duration was also overestimated when tempo and loudness were higher, and to a lesser extent, timbre density. In contrast, musical tension had little influence.