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Archive | 2016

A Revaluation of Learning Practices in Indian Classical Music Using Technological Tools

Julien Debove; Dorian Cazau; Olivier Adam

Each khyāl performance of Indian classical music is unique and unreproducible because it is mainly based on improvisation. As for most orally transmitted musical repertoires, learning practices are essential as they guarantee that the musical codes are properly reproduced from one generation to another. In Indian classical music, practice, tightly imbricated in the pupil – teacher relation, favors clearly the imitation. Students tend to reproduce more or less successfully their master’s style. That’s why in order to be creative, it is necessary that each musician develops his own skills of understanding, experimentation and invention. Today, technological tools have considerably transformed our way of learning. From now on, it is possible to have access to considerable data for the understanding of traditional music, and to listen, record and analyse them via numerous audio softwares. Indeed, works by visualization allows reporting knowhow common to all these musics (fingering, musical process, improvisation, patterns...). Through various softwares and practice examples from Rajam’s dynasty (hindustani violinist players), hindustani violin lessons and rāg performances, we will present a “toolbox” useful for all musicians and musicologist to improve their self-study. If the pedagogy and teaching can give us comprehension keys, the apprenticeship, such as it is practiced in North India and in the long master to pupil’s tradition, favors clearly the imitation at the expanse of the assimilation. The pupil learns above all by imitation and by impregnation, without taking the time to understand or to write. He learns to know a number of ingredients, but does not inevitably learn how to use it. In this way, the pupil tends inexorably to reproduce with varying degrees of acuteness the master’s style. His space of creativity is extremely reduced even non-existent. The musician will feel difficulties finding his own style. For that purpose, it is necessary to him to be able to stand back, to be able to experiment, invent and understand. The technological tools really transformed our way of learning in our daily practice. So the analysis via a number of IT data and software allows to understand and to learn musical processes, specific ornamentations, rarely taught. In addition, it is possible to question the relationship between what is taught by the master and what is produced on stage. Through the comparison of different performances, different performers and different learning lessons, one can clearly dissociates the stored material from the improvised material, i.e. the fixed components from the modular elements. This current work aims to study this question, focusing on different rāg according to the vocal tradition of khyāl within the Rajam’s Dynasty, violinist descendants. In this communication, we investigate the possibility of using modern computer-based technologies as a teaching assistance system for Indian classical music. Due to its improvisation nature, a comparative approach is necessary to analyse it. For example, by comparing recordings between Hindustani violin lessons at the HubliGurukul (India, August 2010-2012) and Hindustani rāg performances, it is possible to show up the way(s) Rajam Dynasty musicians transform the structural and structuring elements of a rāg. At a larger scale of analysis, by multiplying the interpreters on a same rāg, we could quantitatively compare their different improvisation strategies, and better understanding the fundamental elements of a rāg that need to be properly taught to every musician. 1. LINKS BETWEEN PERFORMANCES AND APPRENTICESHIP We notice that it exists a correlation between Rajam’s lessons (Gangubai Gurukul, Hubli, India, August 20102012) and musical performances. Indeed, we can observe that a number of formulas, that Julien Debove learned in Gangubai Gurukul, are repeated in the musical performances. It means that during the performance, the musicians dig into his memory bank and add it formulas transposed from another rāg or improvised formulas. As we can observe on the figure 1, the cycle is structured in the following way : • establishment of a formula -red oval• suite of variations -oval yellow if it is played by one musician and orange rectangle if it is played by two different musicians• resolution on C medium -fuchsia rectangleand chorus -light pink rectangle-. The chorus serves as a link from one cycle to another. 1 The structuring elements are useful elements for the continuity of the structure. These elements are generally signals allowing the passage from a subsection to another or from one part to another. The structural elements are the elements forming part of the structure. 2 Sometimes, the chorus can be substitute by a melodic phrase repeated three times (tihāī). FMA 2016 Workshop


Applied Acoustics | 2013

New acoustic model for humpback whale sound production

Olivier Adam; Dorian Cazau; Nadège Gandilhon; Benoit Fabre; Jeffrey T. Laitman; Joy S. Reidenberg


Advances in Applied Acoustics | 2016

A PLCA Model for Detection of Humpback Whale Sound Units

Dorian Cazau; Olivier Adam


Acoustique & techniques | 2010

L'acoustique passive pourrait-elle être une alternative aux observations visuelles pour l'estimation des densités de populations ?: Principes et limites sur une espèce de mysticètes: la baleine bleue antarctique

Flore Samaran; Christophe Guinet; Rocío Prieto González; Nadège Gandilhon; Olivier Adam; Max Louis; Maria-Cruz Valsero


Western Indian Ocean journal of marine science | 2018

Do the new-born calves of humpback whales (Megaptera novaeangliae) have a preference to position themselves at the side of their mother?

Anjara T. Saloma; Schédir Marchesseau; Isabelle Charrier; Aristide Andrianarimisa; Emmanuel Antogiorgi; Olivier Adam


Archive | 2017

Calibration of a two-state pitch-wise HMM method for note segmentation in Automatic Music Transcription systems.

Dorian Cazau; Yuancheng Wang; Olivier Adam; Qiao Wang; Grégory Nuel


Archive | 2017

Cétacés : nouvelles connaissances issues de la recherche française / conçu et dirigé par Olivier Adam et Dorian Cazau

Olivier Adam; Dorian Cazau


Archive | 2017

Deep scattering transform applied to note onset detection and instrument recognition.

Dorian Cazau; G. Revillon; Olivier Adam


TRIM: revista de investigación multidisciplinar | 2011

Cómo utilizar el canto de las ballenas para saber su número

Rocío Prieto González; María Cruz Valsero Blanco; Olivier Adam


Archive | 2010

Creation of an Autonomous System on Moored Fish Aggregating Device (FAD) for a Permanent Acoustic Monitoring of Marine Mammals and other Perspectives for Marine Environment Attention, Guadeloupe, F.W.I.

Nadège Gandilhon; Cedric Millon; Paul Gervain; Gilles Nolibé; Max Louis; Olivier Adam

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Flore Samaran

Centre national de la recherche scientifique

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Jeffrey T. Laitman

Icahn School of Medicine at Mount Sinai

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Joy S. Reidenberg

Icahn School of Medicine at Mount Sinai

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Anjara T. Saloma

University of Antananarivo

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