The ability to store large volumes of data is increasing faster than processing power. Some existing data management methods often result in data loss, inaccessibility or repetition of simulations. We propose a framework which promotes collaboration and simplifies data management.We propose an implementation independent framework to promote collaboration and data management across a distributed environment. We discuss the framework features using a .NET Framework implementation and demonstrate the capabilities through a simple example
We have developed a Web-based architecture and user interface for archiving and manipulating results...
In this thesis we investigate a profile of data management problems, from the initial stages of data...
International audienceThe W3C's Resource Description Framework (or RDF, in short) is set to deliver ...
The ability to store large volumes of data is increasing faster than processing power. Some existing...
The ability to store large volumes of data is increasing faster than processing power. Some existing...
Managing and sharing data stored in files results in a challenge due to data amounts produced by var...
The main objective of this research is to investigate efficient, scalable, flexible and transparent ...
Over the last few decades, the needs of computational power and data storage by collaborative, distr...
Grid computing has reached the stage where deployments are mature and many collaborations run in pro...
During the last decades the demand for large-scale computational and storage resources in science ha...
During the last decades the demand for large-scale computational and storage resources in science ha...
End user developers (i.e. non-professional developers) often create database applications to meet th...
The advent of wide-area high-speed networks provides the framework for deploying large scale applica...
Exascale eScience infrastructures will face important and critical challenges, both from computation...
Current data-management systems and analysis tools fail to meet scientists’ data-intensive needs. A ...
We have developed a Web-based architecture and user interface for archiving and manipulating results...
In this thesis we investigate a profile of data management problems, from the initial stages of data...
International audienceThe W3C's Resource Description Framework (or RDF, in short) is set to deliver ...
The ability to store large volumes of data is increasing faster than processing power. Some existing...
The ability to store large volumes of data is increasing faster than processing power. Some existing...
Managing and sharing data stored in files results in a challenge due to data amounts produced by var...
The main objective of this research is to investigate efficient, scalable, flexible and transparent ...
Over the last few decades, the needs of computational power and data storage by collaborative, distr...
Grid computing has reached the stage where deployments are mature and many collaborations run in pro...
During the last decades the demand for large-scale computational and storage resources in science ha...
During the last decades the demand for large-scale computational and storage resources in science ha...
End user developers (i.e. non-professional developers) often create database applications to meet th...
The advent of wide-area high-speed networks provides the framework for deploying large scale applica...
Exascale eScience infrastructures will face important and critical challenges, both from computation...
Current data-management systems and analysis tools fail to meet scientists’ data-intensive needs. A ...
We have developed a Web-based architecture and user interface for archiving and manipulating results...
In this thesis we investigate a profile of data management problems, from the initial stages of data...
International audienceThe W3C's Resource Description Framework (or RDF, in short) is set to deliver ...