Digital
Sound Project
For
the sound project of the JPMorganChase Kids Digital Movement and
Sound Project, children use digital technologies to record and study
the sounds of their environment and their own voices. They use the
knowledge gained from this study to synthesise their own digital
compositions. The children employ user-friendly tools geared to
their developmental levels, but in a highly sophisticated context
- a distributed or ubiquitous computing environment in which machine
intelligence is not restricted to a fixed CPU and monitor, but is
instead deployed in mobile formations throughout the learning environment.
A large part of the control of the digital synthesis is achieved
through external controllers that offer children a direct physical
relationship to the elements of sound. The children work in teams
and create the compositions collectively. The script (form) of the
resulting compositions evolves from the soundscapes that the children
experience and analyse. The children are encouraged to listen to
the interaction of the sound elements of each soundscape and to
incorporate this interactivity in their group compositions. In such
an environment, children see that organisation can arise as a consequence
of emergent structure (the unanticipated interaction of numerous
interdependent elements) rather than from top-down design. Our ultimate
goal is to enhance the sonic experience and connect it as directly
as possible to sonic creation without the interference or mediation
of external artificial processes.
The
following four sub-projects/workshops are currently running. All
sub-projects will produce public performance of their results. All
sub-projects will present preliminary results /works in progress
at the Interactive Concert of the 3rd World Summit on Media for
Chidlren (link to program). Here is a summary of each of the sub-projects.
In
A Walk Through Harlem The performers tell the story of a February
walk through Harlem, where they recorded the sounds of the neighborhood
and of various things they found. Using several unique digital instruments,
they mix and modify these sounds and the sounds of their own voices,
telling a sonic story. Images of their walk accompany them, in an
unusual computerized slide-show that responds to their performance.
Kids
in (Sound)Space is a live, collaborative, interactive composition.
Environmental sounds that were recorded by the group (supermarket
noises, buses, the subway) are loaded into a computer. These sounds
are represented by objects that float around on the computer screen.
The performers can control the motion of the sound objects via sensors
they wear on their bodies. As the objects move around on the screen
their qualities change: volume, spatial location, pitch, tempo and
a number of other parameters can be altered for each sound. When
a number of sounds are loaded at the same time, a sound environment,
or space, is formed. In performance, a new piece is created every
time as the performers work with the sounds in the sound space to
create environments and moods that change over time.
During
the workshops for the creation of Wind Symphony children using filtered
noise attempt at first to re-create natural noised-based sound environments:
the sound of the waves, the sound of the wind, the noise of traffic,
the noise of crowds, blowing wind in tubes, noise based speech syllables,
noise based animal sounds. Children experiment extensively with
frequency content, frequency contour and amplitude envelopes, and
their interaction/integration. Through their experimentation with
the creation of natural noised-based environments, of which they
have strong implicit knowledge, children familiarise themselves
with digital synthesis techniques. They are then able to use these
techniques to create their own compositions (sound essays) that
are not necessarily related to natural sounds. The final compositions
(sound essays) are combinations of material created by the children
during the preparatory sessions and improvisatory material created
in real time during the performance.
read
more about the projects.
see
the original proposal.
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