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The Sounding Object

TLDR
This chapter three experiments are presented to model scratching based on analysis of an experienced performer, and investigates the musical fundamentals of scratching, and explains the most common playing-techniques in more detail.
Abstract
distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.2 or any later version published by the Free Software Foundation; with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts. A copy of the license is included in the section entitled \" GNU Free Documentation License \". To scratch means to drag a vinyl record forwards and backwards against the needle on an ordinary turntable along the grooves, not across, though it might sound like it. This way of producing sounds has during the last two decades made the turntable become a popular instrument for both solo and ensemble playing in different musical styles, still mostly in the hip-hop style where Disk Jockeys (DJs) first started to scratch. However, all musical genres seem to be able to adopt the turntables into their instrumental setups. Composers in traditions like rock, metal, pop, disco, jazz, experimental music, film music, contemporary music and numerous others have been experimenting with DJs the past years. Experimental DJs and most hip-hop DJs now frequently call 221 222 The Sounding Object themselves \" turntablists \" , and the music style of scratching and extensive cut-and-paste mixing is called \" turntablism \". These terms, derived from the word turntable, are now generally accepted. It is also generally accepted that a turn-tablist is a musician and that the turntable is to be considered an instrument. The acoustics of scratching has been barely studied until now. On the other end the business market of DJs equipment is quite large. It is therefore interesting to study the phenomenon of turntablism from a scientific point of view. In this chapter three experiments are presented. Aim of these experiments is to model scratching based on analysis of an experienced performer. For this purpose scratching as an expressive musical playing-style is looked at from different views. Experiment 1 investigates the musical fundamentals of scratching , and explains the most common playing-techniques in more detail. Experiment 2 investigates a real performance with aid of sensors on the equipment in order to understand what kinds of problems and parameter variation a model will need to deal with. Experiment 3 investigates what happens to the record that is being scratched, as it is apparent that some heavy damage will be done to the vinyl and this can therefore affect the sound quality. All the experiments shared part of the equipment …

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Citations
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Example-guided physically based modal sound synthesis

TL;DR: A novel method using prerecorded audio clips to estimate material parameters that capture the inherent quality of recorded sounding materials and compensates for the differences between the real-world recording and sound synthesized using solely linear modal synthesis models to create the final synthesized audio.
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Adventures in Stochastic Processes

Joanne Wendelberger
- 01 Nov 1993 - 
TL;DR: The book reviews section generally accepts for review only those books whose content and level reflect the general editorial policy of Technometrics as discussed by the authors, and publishers are invited to send books for review to Eric R. Ziegel, Amoco Research Center, Mail Station F-l/C&PO. Box 3011, Naperville, Illinois 60566-7011.
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Discrete-time modelling of musical instruments

TL;DR: Physical modelling techniques that can be used for simulating musical instruments are described, including some nonlinear and time-varying models and new results on the digital waveguide modelling of a nonlinear string.
Dissertation

Action-sound : developing methods and tools to study music-related body movement

TL;DR: A taxonomy of music-related body movements is presented, before various observation studies of perceiver’s music-movement correspondences are presented, showing that both novices and experts alike seem to associate various types of body movement with features in the musical sound.
Journal ArticleDOI

Gestural-Sonorous Objects: embodied extensions of Schaeffer's conceptual apparatus

TL;DR: There are several similarities between studying sound and gestures from a phenomenological perspective, and it is suggested that Schaeffer's theoretical concepts may be extended to what is called gestural-sonorous objects.
References
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