| By Ignacio M. Llorente |
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| July 20, 2009 10:00 PM EDT |
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The integration of two clans of computation, ‘grid’ and ‘cloud’ computing, is moving closer through collaboration between the projects Enabling Grids for E-sciencE (EGEE) and Resources and Services Virtualisation without Barriers (RESERVOIR).
The two teams will work together to explore how the institutes providing computing resources to EGEE could benefit from adopting a ‘private cloud’ model to provide resources. Private clouds allow organisations to easily manage their own hardware resources in-house. Using virtualization technology they can alter the provided computing to suit the work at hand. This makes it easier for them to provide the necessary infrastructure for their users, even if these needs change rapidly over time.
This collaboration will identify how the combination of RESERVOIR’s management software and existing virtualisation technology could offer new ways for EGEE to maximise the use of the resources provided to its user communities. In the future this approach could help sites to increase their resources by using commercial cloud providers during peak loads.
“Throughout EGEE, our partners invest considerable funds on the purchase and management of computing clusters” said Steven Newhouse, EGEE’s Technical Director. “This partnership with the RESERVOIR project will allow us to explore how their software could give EGEE’s resource centres greater flexibility in how they deliver their services to our worldwide grid infrastructure.”
EGEE currently provides resources to many scientific domains, each of these domains has different computational requirements and application environments. RESERVOIR offers the ability for EGEE sites to easily meet the changing needs of the users, from scaling-up services to meet peak loads and improving redundancy, to changing the resources provided to run particular applications. The RESERVOIR virtualisation manager builds on the open source project OpenNebula which has been developed at the Distributed Systems Architecture Research Group at Universidad Complutense de Madrid. The group's aim is to make management of cloud resources easier using virtual machine technology.
This partnership between the largest European Grid project and the flagship European research initiative in cloud computing is a natural step given the many benefits of virtualisation on Grid computing” said Ignacio M. Llorente, leader of the RESERVOIR Activity on VM Management and co-leader of OpenNebula, “This is only the beginning, I think that Grid and Cloud computing will coexist and cooperate at different levels in future e-Infrastructures.”
A short video demonstrating RESERVOIR technology can be seen at GridCast. The video shows the demo “Scaling out EGEE sites on Amazon EC2 with OpenNebula” that won the best demo award in the 4th EGEE User Forum/OGF 25 and OGF Europe’s 2nd International Event.
Source: EGEE Newsletter Summer 2009
Ignacio M. Llorente, Ph.D in Computer Science and Executive MBA, is a Full Professor in Computer Architecture and Technology, and the Head of the Distributed Systems Architecture Research Group at Complutense University of Madrid. He has held several appointments as an independent expert for the European Commission (Information Society and Media Directorate-General); visiting positions at the Institute for Computer Applications in Science and Engineering (NASA Langley Research Center, Hampton, VA); consultancy positions with Sun Microsystems; and a Senior Researcher position in the Advanced Computing Lab at CAB (associated to NASA Astrobiology Institute).
He has 17 years of experience in research and development of advanced distributed computing and virtualization technologies, architecture of large-scale distributed infrastructures and resource provisioning platforms, and management of international projects and initiatives on Grid and Cloud computing; having led the research group in 15 sponsored projects; and having published more than 130 scientific papers in the leading journals and proceedings books.
He is currently co-leading the research and development of the OpenNebula Virtual Infrastructure Engine, the Globus GridWay Metascheduler, and the Grid4Utility initiative for federation of Grids. He participates in the EGEE and BEinGRID European projects, as UCM partner responsible, and in the Globus Alliance, as chair of one of its projects; and coordinates the Activity on Management of Virtual Execution Environments in the RESERVOIR Project, main EU-funded research initiative in virtualized infrastructures and cloud computing. He is the Grid Community Liaison Coordinator for the Service Oriented Infrastructure Working Group of NESSI; and co-chairs the OGF Working Group on Open Cloud Computing Interface. He coordinates the Middleware Activity in the Spanish Initiative in e-Science and the Working Group on Service Oriented Infrastructures and Grids of INES.
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