Thursday July 25, at 8 p.m.,
The Knoll Courtyard, Stanford University.
Sound installations and demonstrations begin at 6:00 P.M. Admission is free.
For information, call the Music Department at (650) 723-3811 or CCRMA at (650) 723-4971
Sound Installations and Demonstrations |
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Program | |||||||
Ping Wheel for Internet, improvisers, and improvisers over the Internet
Chris Chafe, celletto Bruce Pennycook, soprano sax via Internet2 from Montreal
| Chris Chafe / Greg
Niemeyer
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Concert versions of art gallery installation pieces represent
a new trend in recycling in my life. Tonight's piece uses the basic
musical setup of Ping, an installation which was part of
SFMOMA's exhibition last year, "010101: Art in Technological Times."
The wheel "steers" the music through a constellation of Internet hosts
who are repeatedly being "pinged," much like SONAR. Ping is a
collaboration with digital artist Greg Niemeyer. Patterns emerge in the echoes from the remote computers. If the Internet were perfectly predictable, or if it were entirely "random," these would have less significance musically. What we actually get depends on complex interactions in network traffic and in the computers themselves. For example, fast, high riffs represent responsive machines on clear paths, low tones are emitted by echoes from slower-responding sites. The band itself includes networked contributions coming from Montreal (McGill University). Turning on the low-latency audio / video streams adds our saxophonist to the stage, and also severely loads the network, in turn affecting the Ping music. The audience is invited to experience the wheel for themselves before the show.
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Chris Chafe, composer / cellist, has been a
long-term denizen of the Center for Computer Research in Music and
Acoustics, Stanford University where he teaches courses in computer
music and directs the center. He completed a doctorate in composition
at Stanford in 1983 with prior studies at the University of California
at San Diego and Antioch College. While at IRCAM, Paris (under the
codename "XF"), he developed methods for computer sound synthesis
based on physical models of musical instrument mechanics. Current
projects include the "SoundWIRE" experiments for network evaluation
and musical collaboration using high-speed internets for high-quality
sound. He has performed in Europe, the Americas and Asia including new
works for the celletto, an electric cello he developed for extreme
playing situations. Two new discs are available from Centaur Records,
plus "Extrasensory Perceptions" a new disc of music from two
collaborations with artist Greg Niemeyer. "Ping" was exhibited at SF
MOMA in Spring 2001, and online via Walker Art Center's "Crossfade."
"Oxygen Flute," has been exhibited at the San Jose Museum of Art and
now moves to Berkeley's University Art Museum. A new piece, "Carbon
Path," takes Oxygen Flute into a concert setting in its premier
August, 2002 at the Keihanna Multi-media Festival near Kyoto.
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Panmure Vistas for violin and computer
via Internet2 from Montreal
| Bruce Pennycook
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Panmure Vistas was conceived during an idyllic summer holiday
touring New Brunswick and camping in Panmure Island Provincial Park,
Prince Edward Island. There are echoes of fiddle music in this piece
combined with an electroacoustic soundscape inspired by the rugged
beauty and ceaseless oscillations of wind and sea. Panmure Vistas can be peformed by a solo violinist or by any number of violinists playing in unison. It was first performed in Montreal(1999) by Clemens Markel for a concert of the Group of the Electronic Music Studio (GEMS) at McGill University. A recording produced by the composer and Oles Protsydim with Gascia Ouzounian, violin, can be previewed at: www.pennycook.tzo.com.
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The Canadian composer, Bruce Pennycook,
holds a Doctor of Musical Arts in composition from Stanford University
(Center for Computer Research in Music and Acoustics) and a M.Mus. and
a B.Mus. in composition from the University of Toronto. From 1978 to 1987 he was a professor at Queen's University, Kingston, Ontario in the Department of Music and the Department of Computing and Information Science. In 1987 he joined the Faculty of Music, McGill University where he formed graduate and undergraduate degree programs in music technology. From 1997-2000 he held the position of Vice-Principal for Information Systems and Technology at McGill University. Pennycook is currently an independent composer, author and consultant living in Montreal. Pennycook¹s works for soloist or small ensemble coupled with interactive computer systems have been performed and broadcast widely in Canada, US, Europe and Japan. He has published numerous articles on music and technology and contemporary compositional methods. For more information visit: www.pennycook.tzo.com
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Air Study I for saxophone and tape Gary Scavone, saxophone
| Gary Scavone
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This work is an exploration of subtle overblowing effects
using two virtual "blowed string" physical models and a live
saxophonist. The physical model algorithms were created and
controlled using the Synthesis ToolKit in C++, a software environment
by Perry Cook and Gary Scavone.
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Gary Scavone, specializes in the performance
of contemporary concert music and encourages new works incorporating
the saxophone. He studied saxophone with Ronald Caravan and Sigurd
Rascher at Syracuse University, as well as with Jean-Marie Londeix at
the National Conservatory of France in Bordeaux while on a Fulbright
Scholarship. He has performed at numerous venues around the San
Francisco Bay Area and may occasionally be seen playing with the San
Francisco Saxophone Quartet. Mr. Scavone is currently Technical
Director of the Center for Computer Research in Music and Acoustics at
Stanford University, where he received a Ph.D in "Computer-Based Music
Theory & Acoustics" and a Master of Science degree in Electrical
Engineering.
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Pre-Composition for 8-channel tape
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Pre-Composition is a work for 8-channel tape. The sound source is my
voice ... or voices.
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Mark Applebaum is assistant professor of
composition and theory at Stanford University. He received his
Ph.D. in composition from the University of California at San Diego
where he studied principally with Brian Ferneyhough. His solo,
chamber, choral, orchestral, electro-acoustic, and electronic work has
been performed throughout the United States, Europe, and Asia. He has
received commissions from Betty Freeman, the Merce Cunningham Dance
Company, the Paul Dresher Ensemble, Zeitgeist, MANUFACTURE (Tokyo),
the Jerome Foundation, and the American Composers Forum, among
others. Since 1990 Applebaum has built electro-acoustic instruments out of junk, hardware, and found objects for use as both compositional and improvisational tools. He is also active as a jazz pianist and performs with his father, Robert Applebaum of Chicago, in the Applebaum Jazz Piano Duo. Prior to his current appointment, he taught at UCSD, Mississippi State University, and Carleton College where he served as Dayton-Hudson Visiting Artist. His recordings can be heard on the Innova label. Additional information is available at www.markapplebaum.com.
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Stop Thief! for tape
| Jonathan Norton
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This text-sound music composition examines the controversy surrounding
online music swapping and intellectual property infringement that was
brought to a head by a company called Napster. Although it was forced
to shut down, the company was poised to resume its business in a
revised format. Will the new incarnation squelch the controversy or
will it just fuel the flames ?
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Jonathan Norton, is currently finishing a
Ph.D. in Computer-Based Music Theory at the Center for Computer
Research in Music and Acoustics (CCRMA) at Stanford University.
During his time at Stanford, he has studied with John Chowning, Julius
Smith, Max Mathews, Jonathan Harvey, Chris Chafe, David Soley and Jody
Rockmaker. He received his Master's degree in Composition from
Northwestern University. His works for dance, acoustic instruments, tape and soundtracks have been heard and performed worldwide in festivals and on television in the United States, Russia, Spain, Germany, South Africa, Holland, Brazil, Japan, Monaco, Italy, China, Hong Kong, France and Switzerland.
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Oil Thanker for cello and tape
| Peer Landa
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The compositional technique for "Oil Thanker" is based on both
traditional instrumental composition and digital signal processing.
This piece is mostly scrap material from a Miramax feature film I
recently worked on, "The Shipping News" by Lasse Hallstrom (which is
based on a Pulitzer Prize-winning novel of 1994). Initially I wrote
traditional notation for a string octet and processed the tracks with
my DSP programs. Eventually the tracks were convolved, processed, and
edited with other recordings, (such as steel cables, water bubbles,
girls' screams, etc.). To create an orchestral feel to the piece,
I've left most of the instruments' original timbres intact. Since
this piece is based on the life struggle of the Newfoundlanders (on
which the Shipping News film and novel are based) I have again chosen
to make a rather unpleasant piece -- that is just how I am. Below is a short background of the film "Shipping News" on which this piece is based. Fishing was the main source of income for the Newfoundlanders ever since the island was officially discovered in 1497 by John Cabot (well over 500 years after the Norwegian Vikings' settlement). Cabot also discovered that the coastal waters and the offshore banks contained a vast quantity of cod. Fishermen from England, France, Portugal and Spain crossed the Atlantic to harvest the goods from the rich waters. The local economy was boosted due to the huge amount of fish caught and sold within the community. A drastic change happened to the traditional Newfoundland life in the 1950s and 1960s when the small family-run operations were replaced by large fisheries and canneries -- most people started to move from the smaller villages to larger towns. To make things worse, a few years later (1977) the Canadian government set its fishery jurisdiction to just 200 miles around the coast of Newfoundland, and shortly thereafter fishing boats from all over the world invaded the coast. In 1989 scientists discovered that over-fishing had dangerously decreased some key groundfish stocks. The fishermen had to give up fishing altogether or settle with the restricted quotas -- all due to the industrialization by big companies. In a futile attempt, the Canadian government promised to create new jobs, but hardly any projects materialized until oil was found off the coast of Newfoundland. This quick fix "rescued" a lot of people who began to work in the oil industry, but most have still not gotten back on their feet. The reason why all this is so close to my heart is that I grew up in similar circumstances back home in western Norway, where in my youth I worked seasonally on oilrigs along with my relatives, farmers and fishermen, just to make some quick dough -- almost a form of prostitution. The environment we live in should always take precedence over greed. The ironic quote heard in my piece is spoken by the character played by Kevin Spacey: "Let's all hang a picture of an oil tanker on our wall." This again reflects the somewhat disturbing nature of this piece. Very special thanks to: Chris, Ori, Jay, Jack, Roy, Michael, Andy and Lasse.
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Peer Landa,was born in Norway, 1960. For the
past fifteen years, he has barely survived by composing computer and
instrumental music. He was invited to CCRMA in 1989 by John
Chowning.
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Post-script music: Time-zone zone-out jam ... For internet, improvisers
| McGill University
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The concert will be ending with an informal jam session with players in
Montreal, performing three jazz standards.
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Live from Montreal
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TouchSound Interactive demonstration
| Lonny Chu
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TouchSound is a prototype system used to
investigate the incorporation of haptic feedback into a digital sound
editing system. With this prototype, the user physically feels
vibrations and forces through the mouse or control knob while
scrolling through a sound file. By providing haptic feedback that is
relevant to the sound data, the user experience is enhanced and will
hopefully lead to greater user efficiency, productivity, and
gratification.
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PadMaster Interactive demonstration
| Fernando Lopez-Lezcano
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PadMaster is an improvisation and
compositional environment that is controlled by the Radio Baton, a six
three dimentional controller. The surface of the Radio Baton is split
in pads that can be programmed to trigger individual notes or start or
stop autonomous performers, pads can also be grouped in scenes so that
the behavior of the surface can be redefined on the fly through the
duration of a piece. Active pads can also react in real-time to the
position of the batons in 3d space, triggering changes in parameters
that are sent through midi to external synthesizers. PadMaster was
developed and is currently still running in original vintage NeXT
hardware and software. The demo will include the setup and sounds of
House of Mirrors, a piece written for this environment.
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Fernando Lopez-Lezcano
(Buenos Aires, 1956) received both a Master in Electronic Engineering
(Faculty of Engineering, University of Buenos Aires) and a Master in
Music (Carlos Lopez Buchardo National Conservatory, Buenos Aires). He
started working with electroacoustic music by building his own analog
studio and synthesizers around 1976. After graduating he worked for
nine years in industry as microprocessor hardware and software Design
Engineer for embedded real-time systems (telephone exchanges) while
simultaneaously pursuing his interests in electroacoustic music
composition. His 1986 piece "Quest" won a mention in the 1990 Bouges
Competition. Starting in October 1990 he spent one year at CCRMA,
Stanford University, as Invited Composer, as part of an exchange
program between LIPM in Argentina, CCRMA at Stanford and CRCA at UCSD
sponsored by the Rockefeller Foundation. He latter did research in
dynamic sound localization and taught an Introduction to Electronic
Music course for one year at the Shonan Fujisawa Campus of Keio
University, Japan. He is currently Lecturer and Systems Administrator
of the computer resources at CCRMA, where he splits his time between
the company of good friends, keeping computers and users at CCRMA more
or less happy and enjoying the arts of composing music and writing
software. His music has been released on CD's and played in the
Americas, Europe and East Asia.
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COOL: Circular Optical Object Locator Interactive demonstration
| David Merril
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Circular Optical Object Locator is a collaborative and
cooperative music-making device. It uses an inexpensive digital video
camera to observe a rotating platter. Objects placed on the platter
are detected by the camera during rotation. The locations of the
objects passing under the camera are used to generate music. Webpage for the project is at: http://www-ccrma.stanford.edu/~dmerrill/cool/
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vBow Interactive demonstration
| Charles Nichols
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The vBowThe vBow, a virtual violin bow
musical controller, has been designed to provide the computer musician
with most of the gestural freedom of a bow on a violin string. Four
cable and servomotor systems allow for four degrees of freedom,
including the lateral motion of a bow stroke across a string, the
rotational motion of a bow crossing strings, the vertical motion of a
bow approaching and pushing into a string, and the longitudinal motion
of a bow traveling along the length of a string. Encoders, attached
to the shaft of the servomotors, sense the gesture of the performer,
through the rotation of the servomotor shafts, turned by the motion of
the cables. The data from each encoder is mapped to a parameter in
synthesis software of a bowed-string physical model. The software
also sends control voltages to the servomotors, engaging them and the
cables attached to them with a haptic feedback simulation of friction,
vibration, detents, and elasticity.
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Charles Nichols received his Bachelor of
Music degree in violin performance from the Eastman School of Music,
and his Master of Music degree in composition from the Yale University
School of Music. Currently, he is working on his Ph.D. dissertation,
engineering a virtual violin bow controller human-computer interface,
composing and performing interactive computer music, and serving as
the Associate Technical Director, at the Center for Computer Research
in Music and Acoustics (CCRMA) at Stanford University. He has recently
accepted the position of Assistant Professor of Composition and Music
Technology at the Department of Music at the University of
Montana.
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13 Sound installation and concert performance featuring drums
Jeffrey Walters, drums
| Seungyon-Seny Lee
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13 is a real-time interactive collaboration work by the
composer, Seny Lee and the scientist, Jeffrey Walters. Craig Sapp
provided invaluable assistance with the hardware interfaces. 13 is one of composer's imagined numbers- one step beyond the end of a common cycle. Simple additions leading to "13" create short episodes of sound. The desired additions are expressed by grasping the plastic panel on the numbered sensors. Vibration sensors are also placed on the panels, and the vibrations caused by the users' interaction produce another layer of sound. The mirrored surfaces project desired and undesired self images, distorted in ways reflected by the sounds.
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Seungyon-Seny Lee, was born in Seoul, Korea.
She received a D.M.A. in 2002 from Stanford University, where she
studied with Jonathan Harvey and Chris Chafe. In 2000, she was
selected to be one of ten composers to study at IRCAM in Paris. Her
instrumental works and collaborative multimedia projects, which
include documentary films, dance, video, and installations, have been
performed in the U.S., Korea, Europe, and Cuba. She has received an
Asia/Pacific Scholars and Oshita fellowship, grants and awards from
the Korean Culture & Arts Foundation, Stanford University, and
Acanthes. She has also been a resident artist in Paris at the Cite
Internationale des Arts, the Djerassi Resident Artists program in
Wooside, CA, and at the ArtOMI in New York State.
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About the performers... |
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©2002 CCRMA, Stanford University. All Rights Reserved. Created by Juan Reyes, juanig@ccrma.stanford.edu
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