Major research network grids across the EU are often developed independently from each other, using different types of software and hardware, making it difficult for scientists working on a particular project to use resources outside their own.
The Open Middleware Infrastructure Institute for Europe (OMII-Europe) project is designed to break down such barriers by adopting common standards for grid middleware.
Project manager Alistair Dunlop, a computer scientist at the UK’s University of Southampton, says many major European research projects have already invested heavily in a specific grid middleware platform. The three major platforms used across Europe are gLite, Globus and Unicore.
OMII-Europe was launched in May 2006 as a means of helping researchers see beyond their particular network grid without having to make additional investments, he says.Connecting the incompatible
By creating software that works across different middleware platforms, the grids can now be linked and research can be shared more easily.
“Users can then use the same methods for submitting and monitoring jobs to cluster resources, or supercomputers, irrespective of the grid middleware being used,” Dunlop says. “Our vision is that these interoperable components will help break the barriers between grid infrastructures so that users have access to many more resources for their work.”e-Science breakthrough
“This is a significant advancement and increases the range of computational power available to e-scientists,” Dunlop says.
The EU-funded consortium’s 16 partners from across Europe, the USA and China have currently identified a number of research projects that could benefit from such interoperability.
One such example is the Virtual Physiological Human project, which aims to link scientists, clinicians, engineers, mathematicians and computer scientists in collaborative research into the human body. The intensive modelling techniques needed for such research require high-performance computing resources such as those available via the grid. The interoperability that OMII-Europe can provide will greatly increase the range of resources available to these scientists.Linking malaria researchers
“OMII-Europe can help make drug discovery over the grid faster and easier,” he notes.
The project team has identified five components essential for grid work and are re-engineering them using emerging standards. The team puts these components through a rigorous quality assessment process before deploying them for public use.
Training has also been a major focus of OMII-Europe. Already, the group has held several training events across Europe and China on various grid technologies. Training material regarding the deployment and use of the OMII-Europe components is made available through courses and web-based tutorials.
The first phase of the project ends in April 2008, when OMII-Europe expects the developed software components to be made available to researchers via the project’s online repository.
Dunlop says the ultimate goal of the project is to integrate the interoperable components back into the middleware platforms. For instance, one of the components is expected to be bundled into the next release of Unicore.
“Other components will follow suit,” he says. “We're at an interesting stage now where we can demonstrate interoperability across the middleware platforms with real-use cases.”
(Reporting with the help of Alistair Dunlop, OMII-Europe project manager, Steve Brewer, deputy project manager, and Nishadi De Silva, technical author and dissemination manager).
Christian Nielsen | alfa
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