A Summary and Reflection of the Percussion Repertoire for My Senior Recital Christopher Scimecca the College of Wooster, [email protected]
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Guitar Electronics Input/Output Structures Modify: Fender Amp Mxr Phase 100 More Gr- 500 the Ultimate Keyboard
J u ly -Aug. 1981 PQLUPHONU $2 .5 0 ELECTRONIC MUSIC & HOME RECORDING ISSN: 0163-4534 GUITAR ELECTRONICS INPUT/OUTPUT STRUCTURES MODIFY: FENDER AMP MXR PHASE 100 MORE GR- 500 THE ULTIMATE KEYBOARD The Prophet-10 is the most complete keyboard instrument available today. The Prophet is a true polyphonic programmable synthesizer with 10 complete voices and 2 manuals. Each 5 voice keyboard has its own programmer allowing two completely different sounds to be played simultaneously. All ten voices can also be played from one keyboard program. Each voice has 2 voltage controlled oscillators, a mixer, a four pole low pass filter, two ADSR envelope generators, a final VCA and independent modula tion capabilities. The Prophet-10’s total capabilities are too The Prophet-10 has an optional polyphonic numerous to mention here, but some of the sequencer that can be installed when the Prophet features include: is ordered, or at a later date in the field. It fits * Assignable voice modes (normal, single, completely within the main unit and operates on double, alternate) the lower manual. Various features of the * Stereo and mono balanced and unbalanced sequencer are: outputs * Simplicity; just play normally & record ex * Pitch bend and modulation wheels actly what you play. * Polyphonic modulation section * 2500 note capability, and 6 memory banks. * Voice defeat system * Built-in micro-cassette deck for both se * Two assignable & programmable control quence and program storage. voltage pedals which can act on each man * Extensive editing & overdubbing facilities. ual independently * Exact timing can be programmed, and an * Three-band programmable equalization external clock can be used. -
Musical Explorers Is Made Available to a Nationwide Audience Through Carnegie Hall’S Weill Music Institute
Weill Music Institute Teacher Musical Guide Explorers My City, My Song A Program of the Weill Music Institute at Carnegie Hall for Students in Grades K–2 2016 | 2017 Weill Music Institute Teacher Musical Guide Explorers My City, My Song A Program of the Weill Music Institute at Carnegie Hall for Students in Grades K–2 2016 | 2017 WEILL MUSIC INSTITUTE Joanna Massey, Director, School Programs Amy Mereson, Assistant Director, Elementary School Programs Rigdzin Pema Collins, Coordinator, Elementary School Programs Tom Werring, Administrative Assistant, School Programs ADDITIONAL CONTRIBUTERS Michael Daves Qian Yi Alsarah Nahid Abunama-Elgadi Etienne Charles Teni Apelian Yeraz Markarian Anaïs Tekerian Reph Starr Patty Dukes Shanna Lesniak Savannah Music Festival PUBLISHING AND CREATIVE SERVICES Carol Ann Cheung, Senior Editor Eric Lubarsky, Senior Editor Raphael Davison, Senior Graphic Designer ILLUSTRATIONS Sophie Hogarth AUDIO PRODUCTION Jeff Cook Weill Music Institute at Carnegie Hall 881 Seventh Avenue | New York, NY 10019 Phone: 212-903-9670 | Fax: 212-903-0758 [email protected] carnegiehall.org/MusicalExplorers Musical Explorers is made available to a nationwide audience through Carnegie Hall’s Weill Music Institute. Lead funding for Musical Explorers has been provided by Ralph W. and Leona Kern. Major funding for Musical Explorers has been provided by the E.H.A. Foundation and The Walt Disney Company. © Additional support has been provided by the Ella Fitzgerald Charitable Foundation, The Lanie & Ethel Foundation, and -
1St PROGRESS REPORT Scheme : “Safeguarding the Intangible
1 1st PROGRESS REPORT Scheme : “Safeguarding the Intangible Cultural Heritage and Diverse Cultural Traditions of India. Title of the Project/Purpose: Prepared by: Shri Bipul Ojah “A study of various aspects of Khol: Village- Dalahati A Sattriya Musical Instrument” Barpeta-781301 Assam During the first reporting period I proceeded with my works as per my plan, and took up two tasks mentioned in the plan. One of them was to acquire knowledge of ‘Ga-Maan’, “Chok’, “Ghat” etc. of the main time division (taal) of Khol from the experienced masters and Sattriyas of the Satras belonging to the three main groups. The other task was to prepare the pattern of the time division in a scientific method by maintaining the characteristic features of the Sattriya Khol on the basis of the acquired knowledge. For these two tasks, I first chose Barpeta Satra and the Satras of the Kamalabari group of Majuli, and apart from doing field study there, I acquired knowledge of the Khol from the masters there. In this course I talked to Sri Basistha Dev Sarma, Burha Sattriya of Barpeta Satra, Sri Nabajit Das, Deka Sattriya of Barpeta Satra, Sri Jagannath Barbayan (92 years), the chief ‘Bayan’ of Barpeta Satra and Sri Akan Chandra Bayan, besides several distinguished Sattriya artists and writers such as Sri Nilkanta Sutradhar, Sri Gunindra Nath Ojah, Dr. Birinchi Kumar Das, Dr. Babul Chandra Das etc. Moreover, I studied various ‘Charit Books’ (biographies of the Vaishnavite saints), research books etc. and got various data on the Khol practiced in Barpeta Satra. After completing these works on the Khol of Barpeta Satra, I worked on the time division (taal) of the Khol practiced in the Satras of the Kamalabari group of Majuli. -
A Critical Evaluation of the Nature of Music Education in the Public Schools of British Columbia
A CRITICAL EVALUATION OF THE NATURE OF MUSIC EDUCATION IN THE PUBLIC SCHOOLS OF BRITISH COLUMBIA David James Phyall Associate in Arts and Science (Music), Capilano College, 1982 B.A., SIMON FRASER UNIVERSITY, 1989 THESIS SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF ARTS in the Faculty of Education @ David James Phyall 1993 SIMON FRASER UNIVERSITY March 1993 All rights reserved. This work may not be reproduced in whole or in part, by photocopy or other means, without permission of the author. APPROVAL Name: David James P hyall Degree: Master of Arts Title of Project: A Critical Evaluation of the Nature of Music Education in the Public Schools of British Columbia Examining Committee: Chair: Anne Corbishley Robert Walker Senior Supervisor Owen Underhill Associate Professor School for the Contemporary Arts - Allan ~lin&an Professor Music Department, UBC Allan MacKinnon Assistant Professor Faculty of Education Simon Fraser University External Examiner Date Approved: 2 b7 3/73 Partial Copyright License I hereby grant to Simon Fraser University the right to lend my thesis, project or extended essay (the title of which is shown below) to users of the Simon Fraser University Library, and to make partial or single copies only for such users or in response to a request from the library of any other university, or other educational institution, on its own behalf or for one of its users. I further agree that permission for multiple copying of this work for scholarly purposes may be granted by me or the Dean of Graduate Studies. It is understood that copying or publication of this work for financial gain shall not be allowed without my written permission. -
Final Senior Fellowship Report
FINAL SENIOR FELLOWSHIP REPORT NAME OF THE FIELD: DANCE AND DANCE MUSIC SUB FIELD: MANIPURI FILE NO : CCRT/SF – 3/106/2015 A COMPARATIVE STUDY OF TWO VAISHNAVISM INFLUENCED CLASSICAL DANCE FORM, SATRIYA AND MANIPURI, FROM THE NORTH EAST INDIA NAME : REKHA TALUKDAR KALITA VILL – SARPARA. PO – SARPARA. PS- PALASBARI (MIRZA) DIST – KAMRUP (ASSAM) PIN NO _ 781122 MOBILE NO – 9854491051 0 HISTORY OF SATRIYA AND MANIPURI DANCE Satrya Dance: To know the history of Satriya dance firstly we have to mention that it is a unique and completely self creation of the great Guru Mahapurusha Shri Shankardeva. Shri Shankardeva was a polymath, a saint, scholar, great poet, play Wright, social-religious reformer and a figure of importance in cultural and religious history of Assam and India. In the 15th and 16th century, the founder of Nava Vaishnavism Mahapurusha Shri Shankardeva created the beautiful dance form which is used in the act called the Ankiya Bhaona. 1 Today it is recognised as a prime Indian classical dance like the Bharatnatyam, Odishi, and Kathak etc. According to the Natya Shastra, and Abhinaya Darpan it is found that before Shankardeva's time i.e. in the 2nd century BC. Some traditional dances were performed in ancient Assam. Again in the Kalika Purana, which was written in the 11th century, we found that in that time also there were uses of songs, musical instruments and dance along with Mudras of 108 types. Those Mudras are used in the Ojha Pali dance and Satriya dance later as the “Nritya“ and “Nritya hasta”. Besides, we found proof that in the temples of ancient Assam, there were use of “Nati” and “Devadashi Nritya” to please God. -
Structural Analysis and Segmentation of Music Signals
STRUCTURAL ANALYSIS AND SEGMENTATION OF MUSIC SIGNALS A DISSERTATION SUBMITTED TO THE DEPARTMENT OF TECHNOLOGY OF THE UNIVERSITAT POMPEU FABRA FOR THE PROGRAM IN COMPUTER SCIENCE AND DIGITAL COMMUNICATION IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF - DOCTOR PER LA UNIVERSITAT POMPEU FABRA Bee Suan Ong 2006 © Copyright by Bee Suan Ong 2006 All Rights Reserved ii Dipòsit legal: B.5219-2008 ISBN: 978-84-691-1756-9 DOCTORAL DISSERTATION DIRECTION Dr. Xavier Serra Department of Technology Universitat Pompeu Fabra, Barcelona This research was performed at theMusic Technology Group of the Universitat Pompeu Fabra in Barcelona, Spain. Primary support was provided by the EU projects FP6-507142 SIMAC http://www.semanticaudio.org. iii Abstract Automatic audio content analysis is a general research area in which algorithms are developed to allow computer systems to understand the content of digital audio signals for further exploitation. Automatic music structural analysis is a specific subset of audio content analysis with its main task to discover the structure of music by analyzing audio signals to facilitate better handling of the current explosively expanding amounts of audio data available in digital collections. In this dissertation, we focus our investigation on four areas that are part of audio-based music structural analysis. First, we propose a unique framework and method for temporal audio segmentation at the semantic level. The system aims to detect structural changes in music to provide a way of separating the different “sections” of a piece according to their structural titles (i.e. intro, verse, chorus, bridge). We present a two-phase music segmentation system together with a combined set of low-level audio descriptors to be extracted from music audio signals. -
Terms from Kostka Twentieth Century Music
AnalysisofContemporaryMusic Terminology Dr. Mark Feezell The following list of terms is taken from Kostka’s Materials and Techniques of Twentieth-Century Music, 3rd ed. Most of the definitions are word-for-word from the same text. This is a VERY useful study guide for the text, but does not substitute for careful reading and examination of the examples in the text itself. Ch. Term Pg. Definition 1 chromatic mediant rela- 3 Triads with roots M3 or m3 apart, both major or both minor, one common tone tionship 1 doubly chromatic me- 3 Triads with roots M3 or m3 apart, one major, one minor; no common tones diant relationship 1 direct modulation 3 Modulation with no common chord between the two keys 1 tritone relationships 5 Movement of one harmony directly to a harmony whose root is a tritone away 1 real sequence 6 A sequence in which the pattern is transposed exactly 1 brief tonicizations 6 A quick succession of tonal centers, often associated with real sequences 1 enharmonicism 6 The enharmonic reinterpretation of certain (normally chromatic) harmonies so that they resolve in an unexpected way; ex: Ger+6 --> V7 1 suspended tonality 6 Passages that are tonally ambiguous 1 parallel voice leading 7 A type of progression in which at least some voices move in parallel motion 1 nonfunctional chord 8 A progression in which the chords do not “progress” in any of the ways found in succession diatonic tonal harmony 1 voice-leading chords 9 Chords that are the result of goal-directed motion in the various voices rather than traditional harmonic progression 1 unresolved dissonances 10 Dissonances which do not follow the dictates of functional harmony to resolve. -
Metrical Issues in John Adams's <I>Short Ride in a Fast Machine</I>
University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln Faculty Publications: School of Music Music, School of 2001 Metrical Issues in John Adams's Short Ride in a Fast Machine Stanley V. Kleppinger University of Nebraska-Lincoln, [email protected] Follow this and additional works at: http://digitalcommons.unl.edu/musicfacpub Part of the Music Theory Commons Kleppinger, Stanley V., "Metrical Issues in John Adams's Short Ride in a Fast Machine" (2001). Faculty Publications: School of Music. 52. http://digitalcommons.unl.edu/musicfacpub/52 This Article is brought to you for free and open access by the Music, School of at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Faculty Publications: School of Music by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. From Indiana Theory Review Volume 22, no. 1 (2001, appeared in 2003) Metrical Issues ill John Adams's Short Ride in a Fast Machine Stanley V. Kleppinger T IS HARD TO IMAGINE a musical surface that strikes the listener with more metrical conflict than that of John Adams's Short Ride in a Fast Machine (1986). I According to the composer, this orchestral fanfare is inspired by the experi ence of speeding down a highway in a too-fast sports car. As he explained in an interview: The image that I had while composing this piece was a ride that I once took in a sport car. A relative of mine had bought a Ferrari, and he asked me late one night to take a ride in it, and we went out onto the highway, and I wished I hadn't [laughs]. -
Introduction to the DFT and Music for Pieces of Wood
Cyclic Rhythm and Rhythmic Qualities: Introduction to the DFT and an Application to Steve Reich’s Phase Music Jason Yust, Spring 2018 Much of Steve Reich’s music is based on repetition (often ad lib) of 1–2 measure rhythmic patterns. This is particularly true of his “phase” music from Piano Phase and Violin Phase in 1967 to Octet [Eight Lines] in 1979, and also much of the music of the 1980s, such as New York Counterpoint and Electric Counterpoint. The repetition of a consistent unit, one or two measures of 4/4 or 12/8, sometimes 10/8, with a basic pulse of and eighth-note or sixteenth, creates the framework of a rhythmic cycle. Rhythmic cycles invite an analogy with pitch classes, which are also cyclic. Hence, we can think of cyclic rhythms as “beat-class sets.” (This idea was first suggested by Milton Babbitt and built upon by Jeff Pressing, Richard Cohn, and John Roeder.1) Here, I will propose a method of analyzing cyclic rhythms using the DFT (discrete Fourier transform). This is, mathematically, the same method that is used for determining what frequencies are present in an audio signal. The differences when using this method to analyze beat-class sets are (1) Order of magnitude: the frequencies are much slower, so that they correspond to rhythmic periodicities rather than pitches, and (2) Simplifying assumptions: Rhythmic cycles include a relatively small number of eighth or sixteenth-notes (typically 6, 8, 10, 12, 16, or 24), and they are assumed to be perfectly periodic, meaning they could repeat indefinitely. -
Transcription and Analysis of Ravi Shankar's Morning Love For
Louisiana State University LSU Digital Commons LSU Doctoral Dissertations Graduate School 2013 Transcription and analysis of Ravi Shankar's Morning Love for Western flute, sitar, tabla and tanpura Bethany Padgett Louisiana State University and Agricultural and Mechanical College, [email protected] Follow this and additional works at: https://digitalcommons.lsu.edu/gradschool_dissertations Part of the Music Commons Recommended Citation Padgett, Bethany, "Transcription and analysis of Ravi Shankar's Morning Love for Western flute, sitar, tabla and tanpura" (2013). LSU Doctoral Dissertations. 511. https://digitalcommons.lsu.edu/gradschool_dissertations/511 This Dissertation is brought to you for free and open access by the Graduate School at LSU Digital Commons. It has been accepted for inclusion in LSU Doctoral Dissertations by an authorized graduate school editor of LSU Digital Commons. For more information, please [email protected]. TRANSCRIPTION AND ANALYSIS OF RAVI SHANKAR’S MORNING LOVE FOR WESTERN FLUTE, SITAR, TABLA AND TANPURA A Written Document Submitted to the Graduate Faculty of the Louisiana State University and Agricultural and Mechanical College in partial fulfillment of the requirements for the degree of Doctor of Musical Arts in The School of Music by Bethany Padgett B.M., Western Michigan University, 2007 M.M., Illinois State University, 2010 August 2013 ACKNOWLEDGEMENTS I am entirely indebted to many individuals who have encouraged my musical endeavors and research and made this project and my degree possible. I would first and foremost like to thank Dr. Katherine Kemler, professor of flute at Louisiana State University. She has been more than I could have ever hoped for in an advisor and mentor for the past three years. -
Detecting T¯Ala Computationally in Polyphonic Context - a Novel Approach
Detecting t¯ala Computationally in Polyphonic Context - A Novel Approach Susmita Bhaduri1, Anirban Bhaduri2, Dipak Ghosh3 1;2;3Deepa Ghosh Research Foundation, Kolkata-700031,India [email protected] [email protected] [email protected] Abstract the left-tabl¯a strokes, which, after matching with the grammar of t¯ala-system, determines the t¯ala and tempo of the composition. A large number of In North-Indian-Music-System(NIMS),tabl¯a is polyphonic(vocal+tabl¯a+other-instruments) com- mostly used as percussive accompaniment for positions has been analyzed with the methodology vocal-music in polyphonic-compositions. The hu- and the result clearly reveals the effectiveness of man auditory system uses perceptual grouping of proposed techniques. musical-elements and easily filters the tabl¯a compo- Keywords:Left-tabl¯a drum , T¯ala detection, nent, thereby decoding prominent rhythmic features Tempo detection, Polyphonic composition, Cyclic like t¯ala, tempo from a polyphonic-composition. For pattern, North Indian Music System Western music, lots of work have been reported for automated drum analysis of polyphonic-composition. However, attempts at computational analysis of t¯ala 1 Introduction by separating the tabl¯a-signal from mixed sig- nal in NIMS have not been successful. Tabl¯a is Current research in Music-Information- played with two components - right and left. The Retrieval(MIR) is largely limited to Western right-hand component has frequency overlap with music cultures and it does not address the North- voice and other instruments. So, t¯ala analysis of Indian-Music-System hereafter NIMS, cultures in polyphonic-composition, by accurately separating general. -
PSR-I400 Data List Voice List
DIGITAL KEYBOARD Data List Contents Voice List ..........................................................2 Drum Kit List.....................................................9 Style List .........................................................16 Riyaz List ........................................................17 Song List .........................................................18 Arpeggio List ..................................................19 Music Database List.......................................20 Effect Type List...............................................22 Harmony Types.............................................22 Reverb Types................................................22 Chorus Types................................................22 EN Voice List Maximum Polyphony The instrument has 48-note maximum polyphony. This means that it NOTE can play a maximum of up to 48 notes at once, regardless of what • The Voice List includes MIDI program change numbers functions are used. Auto accompaniment uses a number of the for each voice. Use these program change numbers available notes, so when auto accompaniment is used the total number when playing the instrument via MIDI from an external of available notes for playing on the keyboard is correspondingly device. reduced. The same applies to the Split Voice and Song functions. If the • Program change numbers are often specified as maximum polyphony is exceeded, earlier played notes will be cut off and numbers “0–127.” Since this list uses a “1–128” the most recent notes have