This paper presents WenGrid, a novel scientific Grid infrastructure composed of workflow engines (WSEngines) that provide enactment environments for applications composed from Web services and described in the SWFL workflow language and its extension, MPFL. MPFL extends SWFL to support more sophisticated parallel applications. An overview of the Grid infrastructure is presented and each of its five main components is discussed, including ISR, a service registry to supplement UDDI for distinguishing between equivalent services
environment, easy to program, to configure and to manage, based on standard software and protocols. ...
Grid computing is converging on a service-oriented architecture in which applications are composed f...
In this paper we present a workflow portal for Grid applications, which supports different workflow ...
This paper presents WenGrid, a novel scientific Grid infrastructure composed of workflow engines (WS...
Built on Internet and World Wide Web, the Grid is a new class of infrastructure which supports coord...
The World Wide Web has become a phenomenon that now influences our everyday life in any possible are...
This paper presents the SWFL workflow engine, a general workflow framework that meets the needs of b...
Nowadays, grid and peer-to-peer (p2p) technologies have become popular solutions for large-scale res...
We present the ASKALON environment whose goal is to simplify the development and execution of workfl...
Increasingly, complex scientific applications are structured in terms of workflows. These applicatio...
A WorkFlow Management System (WFMS) is a fundamental componentenabling to integrate data, applicatio...
Abstract — The Web Services Resource Framework (WS-RF) and the Web Services Notification (WS-N) spec...
When designing a Grid workflow, it might be necessary to integrate different kinds of services. In a...
Next-generation scientific applications feature complex workflows comprised of many computing module...
This paper discusses how to adapt Jini to create an OGSAcompliant system for Grid computing by intr...
environment, easy to program, to configure and to manage, based on standard software and protocols. ...
Grid computing is converging on a service-oriented architecture in which applications are composed f...
In this paper we present a workflow portal for Grid applications, which supports different workflow ...
This paper presents WenGrid, a novel scientific Grid infrastructure composed of workflow engines (WS...
Built on Internet and World Wide Web, the Grid is a new class of infrastructure which supports coord...
The World Wide Web has become a phenomenon that now influences our everyday life in any possible are...
This paper presents the SWFL workflow engine, a general workflow framework that meets the needs of b...
Nowadays, grid and peer-to-peer (p2p) technologies have become popular solutions for large-scale res...
We present the ASKALON environment whose goal is to simplify the development and execution of workfl...
Increasingly, complex scientific applications are structured in terms of workflows. These applicatio...
A WorkFlow Management System (WFMS) is a fundamental componentenabling to integrate data, applicatio...
Abstract — The Web Services Resource Framework (WS-RF) and the Web Services Notification (WS-N) spec...
When designing a Grid workflow, it might be necessary to integrate different kinds of services. In a...
Next-generation scientific applications feature complex workflows comprised of many computing module...
This paper discusses how to adapt Jini to create an OGSAcompliant system for Grid computing by intr...
environment, easy to program, to configure and to manage, based on standard software and protocols. ...
Grid computing is converging on a service-oriented architecture in which applications are composed f...
In this paper we present a workflow portal for Grid applications, which supports different workflow ...