Gridbus Grid Service Broker is an efficient service-oriented and data-aware resource broker system designed for the economy.
The Gridbus Grid Service Broker is a powerful, service-oriented software that enables efficient allocation of resources for scientific experiments, particularly those involving large data sets. It is designed for the next generation of scientific collaborations known as e-Science, which involves researchers from around the world working together to analyze vast collections of data generated by scientific instruments.
Grid computing has proven to be an essential tool for e-Science, allowing the creation of virtual organizations that bring together scientists with common objectives. Within these organizations, data collections are stored or replicated on distributed resources to increase storage capacity and improve access efficiency. In such an environment, it is vital that scientists can transparently access distributed data and computational resources.
The Grid Service Broker, a product of the Gridbus Project, plays a central role in mediating access to such resources. Its features include the discovery of suitable data sources for a given analysis scenario, mapping analysis jobs to resources, deploying and monitoring job execution, accessing data from local or remote sources during job execution, and collating and presenting results.
This latest release of the Gridbus Grid Service Broker brings several new features to the table. The software now has a plugin structure for middleware and programming models, allowing for greater flexibility of use. An Ant build file is also included, simplifying the downloading and configuration of broker installation. In addition, a workflow engine plugin and a thread programming model plugin (similar to Alchemi Grid Threads) have been added to the software, enhancing its capabilities even further.
Overall, the Gridbus Grid Service Broker is an essential tool for scientists working on complex data analysis projects. Its service-oriented, data-aware features, combined with its new plugins and improved functionality, make it an excellent choice for those looking for a powerful, efficient resource broker system.
Grid computing has proven to be an essential tool for e-Science, allowing the creation of virtual organizations that bring together scientists with common objectives. Within these organizations, data collections are stored or replicated on distributed resources to increase storage capacity and improve access efficiency. In such an environment, it is vital that scientists can transparently access distributed data and computational resources.
The Grid Service Broker, a product of the Gridbus Project, plays a central role in mediating access to such resources. Its features include the discovery of suitable data sources for a given analysis scenario, mapping analysis jobs to resources, deploying and monitoring job execution, accessing data from local or remote sources during job execution, and collating and presenting results.
This latest release of the Gridbus Grid Service Broker brings several new features to the table. The software now has a plugin structure for middleware and programming models, allowing for greater flexibility of use. An Ant build file is also included, simplifying the downloading and configuration of broker installation. In addition, a workflow engine plugin and a thread programming model plugin (similar to Alchemi Grid Threads) have been added to the software, enhancing its capabilities even further.
Overall, the Gridbus Grid Service Broker is an essential tool for scientists working on complex data analysis projects. Its service-oriented, data-aware features, combined with its new plugins and improved functionality, make it an excellent choice for those looking for a powerful, efficient resource broker system.
What's New
Version 3.1: N/A