Abstract. We present XML schemas and our design for related data services for describing faults and surface displacements, which we use within earth-quake modeling codes. These data services are implemented using a Web ser-vices approach and are incorporated in a portal architecture with other, general purpose services for application and file management. We make use of many Web services standards, including WSDL and SOAP, with specific implemen-tations in Java. We illustrate how these data models and services may be used to build distributed, interacting applications through data flow
Significant efforts are currently invested in application integration to enable the interaction and ...
A web application prototype has been developed, that enables scientists to compute a wide set of syn...
We present two projects in seismology that have been ported to web technologies, which provide resul...
Abstract. We present XML schemas and our design for related data services for describing faults and ...
We present XML schemas and our design for related data services for describing faults and surface di...
Abstract- QuakeSim is a project to develop a modeling environment for studying earthquake processes ...
Computational web portals provide user environments that simplify access and integrate various distr...
This article discusses the general architecture of science portal/service systems and illustrates wi...
QuakeML is an XML-based data exchange standard for seismology that is in its fourth year of active c...
We describe a web services system for managing scientific simulation metadata. We show how the use o...
We describe an information system architecture for the ACES (Asia-Pacific Cooperation for Earthquake...
We describe an information system architecture for the ACES (Asia-Pacific Cooperation for Earthquake...
With the rising popularity of Web services, both academia and industry have invested considerably in...
With the rising popularity of Web services, both academia and industry have invested considerably in...
With the rising popularity of Web services, both academia and industry have invested considerably in...
Significant efforts are currently invested in application integration to enable the interaction and ...
A web application prototype has been developed, that enables scientists to compute a wide set of syn...
We present two projects in seismology that have been ported to web technologies, which provide resul...
Abstract. We present XML schemas and our design for related data services for describing faults and ...
We present XML schemas and our design for related data services for describing faults and surface di...
Abstract- QuakeSim is a project to develop a modeling environment for studying earthquake processes ...
Computational web portals provide user environments that simplify access and integrate various distr...
This article discusses the general architecture of science portal/service systems and illustrates wi...
QuakeML is an XML-based data exchange standard for seismology that is in its fourth year of active c...
We describe a web services system for managing scientific simulation metadata. We show how the use o...
We describe an information system architecture for the ACES (Asia-Pacific Cooperation for Earthquake...
We describe an information system architecture for the ACES (Asia-Pacific Cooperation for Earthquake...
With the rising popularity of Web services, both academia and industry have invested considerably in...
With the rising popularity of Web services, both academia and industry have invested considerably in...
With the rising popularity of Web services, both academia and industry have invested considerably in...
Significant efforts are currently invested in application integration to enable the interaction and ...
A web application prototype has been developed, that enables scientists to compute a wide set of syn...
We present two projects in seismology that have been ported to web technologies, which provide resul...