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The Southern California
Earthquake Center has received a National Science Foundation
Information Technology Research grant to design and develop a Community
Modeling Environment -- a technology "collaboratory"
infrastructure supporting the large-scale, distributed modeling
and simualtion of the geophysical phenomena of earthquakes. With
its distributed and configuarble environment, the CME infrastructure
will improve simulation results and understanding by supporting
the integration of - and interaction between - remote and disparate
research efforts, and by allowing the replacement of individual
components of the model with others of greater accuracy or refinement
or simply to test new hypotheses.
The IRIS DMS is a participant in the SCEC/IT Partnership
that has been formed to develop the CME. IRIS' main role
in the CME project is to provide integrated access to the
DMS data holdings through the DHI interfaces and by integration
with the CME Computational Grid and the underlying Globus
technologies. IRIS is also extending the FISSURES
object model to include Synthetic Seismograms and other data
types, such as geologic and geodetic data. Linus Kamb was
hired to support IRIS' participation in the SCEC/ITR and has
been working with the FISSURES group and with members of the
SCEC community. |

Synthetic Fissures Model
[click
to enlarge]
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Another component of the CME effort is the development of an ontology
for geophysics. Loosely, an ontology is a body of knowledge and
understanding about a particular subject that describes and defines
all of the elements - both concepts and objects - within that subject
area and all of the relationships and interactions between those
elements. IRIS will use the FISSURES object model as a starting
point from which to begin developing a seismology ontology. The
FISSURES object model describes the major seismic objects involved
in the gathering and analysis of seismic data and, with extensions,
simulation information. With such an ontology, users of the CME
will more easily be able to assemble appropriate components to construct
computational pathways for their desired results.
Submitted by Linus Kamb, IRIS DMC
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