Implementing Geographical Information System Grid Services to Support Computational Geophysics in a Service-Oriented Environment
Mehmet S. Aktaş, Galip Aydın, Andrea Andrea, Geoffrey Fox, Robert A. Granat, Greg Lyzenga, Dennis J. McLeod, Shrideep Pallickara, Jay W. Parker, Marlon Pierce, John B. Rundle, Ahmet Sayar · 2005
We describe the architecture and implementation of the Solid Earth Research Virtual Observatory (SERVO)’s Complexity Computational Environment. We base our design on a globally scalable distributed “cyber-infrastructure,” or Grid, built around a Web Services-based approach consistent with the extended Web Service Interoperability (WS-I+) model. In order to investigate problems in earthquake modeling and forecasting, we need to programmatically couple numerical simulation codes and data assimilation and mining tools to online observational data sets, including GPS stations, fault data, and seismic activity catalogs. These observational data sets are now available on-line in internet-accessible forms, and the quantity of this data is expected to grow explosively over the next decade. As part of our efforts in building SERVO, we are extending these online data repository capabilities so that they are not just available directly for human users, but may also be searched, filtered, and streamed to simulation codes that are also managed by SERVO services.