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Overview
Introduction
The
Mississippi RiverWeb Museum Consortium
constitutes a major project in the
RiverWebSM
Program. Originating at NCSA
in 1996 RiverWebSM's
mission is to
leverage emerging computational, visualization,
and web technologies to promote inquiry-based
learning and public understanding
about river system processes. A central
objective has been to develop highly
interactive Digital River Basin (DRB)
learning environments that simulate
the interactions between rivers, the
land, and life, including human life.
Supported by a major NSF since 1998,
the Consortium has developed and deployed
advanced prootype DRB's at each of
the partner institutions.
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Digital
River Basin in a Nutshell
The
DRB's currently deployed in
the partner museums enable learners
to explore river system characteristics
and behaviors across several
scales. It provides multiple,
independent views into the digitally
represented river and adjoining
land. For example: channel,
floodplain; over/on/under the
surface.
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visitor interfaces and tools facilitate
a rich variety of pathways through
which learners can navigate through
and interact with the underlying
scientific data. Embedded
in the existing DRB is a comprehensive
set of data, experiences, and
interactions. It serves as a prototype
for a naturalistic experience
of virtual environments, blending
familiar concepts of mapping and
gaming technologies to create
an intuitive means for exploring
a landscape unconstrained by physical
bounds of space and time.
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The
University of Illinois' Role
in the Consortium
As
the technical lead in the Consortium,
NCSA and the University of Illinois'
Geographic Modeling Systems
Laboratory (www.gis.uiuc.edu)
(GMSlab) collaborated closely
with its museum partners in
all aspects of DRB design, prototyping,
testing, and deployment throughout
the project. NCSA-GMSlab contributions
included:
- Exhibit
conceptualization, design,
prototyping and evaluation
- Content
integration
- Hardware,
software, graphics, and data
specifications
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Interactive display, tool,
and interface development
and testing
- Computational
modeling of dynamic processes
underlying visitor activities
- Data
visualization of river basin
features and processes
- System
integration, deployment, and
documentation
- Consortium
web site development.
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