Abstract. We propose a grid programming approach using the ProAc-tive middleware. The proposed strategy addresses several grid concerns, which we have classified into three categories. I. Grid Infrastructure which handles the resource acquisition and creation using deployment descriptors and Peer-to-Peer. II. Grid Technical Services which can pro-vide non-functional transparent services like: fault tolerance, load balanc-ing, and file transfer. III. Grid Higher Level programming with: group communication and hierarchical components. We have validated our ap-proach with several grid programming experiences running applications on heterogeneous Grid resource using more than 1000 CPUs.
Today's applications need the functionality of the Grid to break freeof single resource limitations,...
International audienceToday's computational grids are using the standard IP routing functionality, t...
International audienceToday's computational grids are using the standard IP routing functionality, t...
International audienceWe propose a grid programming approach using the ProActive middleware. The pro...
We propose a parallel and distributed component framework for building Grid applications, adapted t...
Adapting applications for computational grids requires approaches to develop applications that can e...
Research has demonstrated that many applications can benefit from the Grid infrastructure. This bene...
Abstract. We propose a file transfer approach for the Grid. We have identified that file transfer in...
For effective components, non-functional aspects must be added to the application functional code. L...
Abstract—We propose in this paper, a mechanism for Grid computing frameworks, for specifying environ...
Current GRID technology provides users/programmers with extended and comprehensive middleware tools ...
The Grid is envisioned as a global ubiquitous infrastructure that comprises an ever-increasing numbe...
Several complex and time-critical applications require the existence of novel distributed, heterogen...
International audienceWe propose a file transfer approach for the Grid. We have identified that file...
Abstract: The development of advanced software implementing the Grid approach facilitated ...
Today's applications need the functionality of the Grid to break freeof single resource limitations,...
International audienceToday's computational grids are using the standard IP routing functionality, t...
International audienceToday's computational grids are using the standard IP routing functionality, t...
International audienceWe propose a grid programming approach using the ProActive middleware. The pro...
We propose a parallel and distributed component framework for building Grid applications, adapted t...
Adapting applications for computational grids requires approaches to develop applications that can e...
Research has demonstrated that many applications can benefit from the Grid infrastructure. This bene...
Abstract. We propose a file transfer approach for the Grid. We have identified that file transfer in...
For effective components, non-functional aspects must be added to the application functional code. L...
Abstract—We propose in this paper, a mechanism for Grid computing frameworks, for specifying environ...
Current GRID technology provides users/programmers with extended and comprehensive middleware tools ...
The Grid is envisioned as a global ubiquitous infrastructure that comprises an ever-increasing numbe...
Several complex and time-critical applications require the existence of novel distributed, heterogen...
International audienceWe propose a file transfer approach for the Grid. We have identified that file...
Abstract: The development of advanced software implementing the Grid approach facilitated ...
Today's applications need the functionality of the Grid to break freeof single resource limitations,...
International audienceToday's computational grids are using the standard IP routing functionality, t...
International audienceToday's computational grids are using the standard IP routing functionality, t...