MUSIC
443/743
SOUND
STUDIO
THE VOICE IN COMPUTER MUSIC
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University
of Virginia
Department of Music
Virginia Center for Computer
Music (VCCM)
MUSI 443/
MUSI 743, Sound Studio: The Voice in Computer Music (3 credits)
Maximum Enrollment
16
You must also register for the lab section of this class (0 credits but required).
Monday and Wednesday, 2:00-3:15 Rm. B012 and The VCCM Lab, Old Cabell Hall
Instructor:
Matthew Burtner - mburtner@virginia.edu
office hours: Tuesday 2-5pm, OCH 201
Teaching
Assistant: Damon Osgood - dosgood@earthlink.net
studio hours in the VCCM: Tuesday, 7-9pm
Studio Assistant:
Natasha Rayment - njr5d@virginia.edu
studio hours in the VCCM: Tuesday, 2-5pm and by appointment (email for help)
Prerequisite: Music 439 or 339: Introduction to Computer Music
Overview: In Sound Studio, Students gain hands on experience with a range of computer music software and hardware. The theory, history and compositional applications of digital audio synthesis and advanced MIDI are explored with a concentration on creative uses of music technology. This project-based class will give students the opportunity to create original compositions or installation projects using new technologies.
Required materials: It will be useful for students to have a Digital Audio Tape (DAT) and CD-R
Course book: Readings will be from the Computer Music Tutorial by Curtis Roads, on reserve in the music library for this class.
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1)
Defining a "Voice" in Computer Music
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Assignment 1: Define the voice for your project (does not need to be a human voice) |
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Listening: from the 1950s Pierre Schaeffer Luciano
Berio
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2)
Review of Recording, Soundfile Editing, and Multitrack Mixing
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| Assignment 2: Record at least 4 short, highly varied excerpts of your "voice". These will be the base samples you will use for the semester. Edit the recordings into short soundfiles and put them in your directory. |
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Listening: from the 1960s Max Mathews James
Tenney Luciano
Berio Milton
Babbitt Luigi
Nono Alvin
Lucier Salvitore
Martirano
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3)
Spectral Mutation and Cross Synthesis
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Assignment
3: Experiment with Convolution, Spectral Mutation, Phase Vocoding,
and Spectral Dynamics in SoundHack. Edit your results in order to keep
only the most interesting parts of the soundfiles.
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Listening: from the 1970s Alvin Lucier Charles
Dodge Dexter
Morril Joan LaBarbara
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4) Timbral MicroStructures |
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Assignment 4: Granulate your sounds using the assorted granular synthesis programs provided. Edit your results in order to keep only the most interesting parts of the soundfiles. |
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Listening: from the 1980s Paul Lansky Jean-Claude
Risset Hildegard
Westerkamp Judith
Shatin
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5)
Signal Processing in SuperCollider
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| Assignment 5: Experiment with the example class SuperCollider programs. |
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Listening: from the 1990s alcides
lanza (with Meg Shepperd) Gerard
Pape Kaija
Saariaho Matthew
Burtner
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6)
Advanced MIDI Applications: Alternate Controllers for Signal Processing
Using Max/MSP
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| Assignment 6: Decide how your composition will be presented. Will it have a live performer component? Will the electronics be played from a CD or will they be performed live by a performer using an alternate controller and computer? What instructions/score will be necessary for the performer? Write a short final project proposal (this is the assignment). |
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Listening: from the 2000s Matthew
Burtner Chris
Burns Chrysa
Prestia Works from Music 435, Sound Studio |
Copyright 2002, Matthew Burtner