26IntegrationActivitiesThe aim <strong>of</strong>integrationactivities is toestablish durablemechanisms andinfrastructures <strong>for</strong>fostering sustainableintegration and restructuring<strong>of</strong> the<strong>Network</strong>’s research.▼Sergei GorlatchIntegration Leader, University <strong>of</strong> MünsterThe main objective <strong>of</strong> the integration activities is toestablish durable mechanisms and infrastructure <strong>for</strong>fostering the sustainable integration and re-structuring<strong>of</strong> the <strong>Network</strong>’s research, and to contribute to theseamless collaboration and dissemination <strong>of</strong> the workwithin the <strong>Network</strong> <strong>of</strong> <strong>Excellence</strong>. Numerous activitiesare organised and implemented, which will contributeto a high degree <strong>of</strong> sustainable integration betweenthe partners, with the ultimate goal <strong>of</strong> overcoming thecurrent fragmentation <strong>of</strong> Grid research.Co-ordination <strong>of</strong> thescientific annual roadmapAn annual roadmap has been drawn up<strong>for</strong> the six research areas (Institutes)contributing to the <strong>CoreGRID</strong> JointResearch Programme. The Scientific<strong>Annual</strong> Roadmap is intended to beused as a single gateway to thedifferent Institutes’ roadmaps, includinga high-level scientific positioning <strong>of</strong> thewhole <strong>Network</strong> within the context <strong>of</strong> theGrid research landscape. The roadmapis developed in close cooperationwith the Scientific Advisory Board andIndustrial Advisory Board <strong>of</strong> <strong>CoreGRID</strong>.The deliverable produced <strong>for</strong> theScientific <strong>Annual</strong> Roadmap isavailable on the <strong>CoreGRID</strong> website:http://www.coregrid.net/Institutes/Co-ordinatedapproach to prepareproject proposalsThis task within the integrationactivities provides support tomembers willing to participate inprojects or programmes partiallyfunded by national, bilateral ormultilateral agencies, leading tobetter integration. The <strong>Network</strong>identified among its members thesuitable contact points to collectin<strong>for</strong>mation on national Gridinitiatives that could generate projectproposals. The same activity wasconducted at the European level bythe project co-ordinator. Fundingsources have been identified anddescribed on a private website. S<strong>of</strong>ar, several research and developmentprojects initiated by <strong>CoreGRID</strong>partners have been accepted andfunded by the European commission:GridComp, SelfMan, XtreemOS,EchoGrid, Grid test and Bridge.Internal collaborationand disseminationThe <strong>CoreGRID</strong> internal collaborationand dissemination is managed througha dedicated collaborative tool, namelythe BSCW server regularly maintainedand upgraded by the system manager.This source <strong>of</strong> in<strong>for</strong>mation is obviouslyconfidential and thus only available<strong>for</strong> the <strong>Network</strong> participants inorder to share data and documentsrelated to the <strong>Network</strong> activities. Inaddition, it provides the partners withthe latest management documentsand project archives. More than240 users are registered and sharedocuments independently <strong>of</strong> thespecific computer systems they use.
Regular integrationworkshopsOne <strong>of</strong> the <strong>Network</strong>’s objectiveshas been to set up a regular, highqualityworkshop <strong>for</strong> the participants<strong>of</strong> <strong>CoreGRID</strong> from all Institutes. The<strong>CoreGRID</strong> Integration Workshop2006 was held in Krakow, Poland,on October 19-20, 2006 at the IFJPAN, attracting 89 participants. Thebest papers were selected by means<strong>of</strong> an external reviewing procedureand were published in a Springervolume <strong>of</strong> the <strong>CoreGRID</strong> series.The final <strong>CoreGRID</strong> IntegrationWorkshop 2008 took place inHeraklion, Crete, Greece, on April2-4, 2008, hosted by the Institute<strong>of</strong> Computer Science ICS-FORTH,Hellas. The programme featured43 presentations on collaborativework between <strong>CoreGRID</strong> partners, <strong>of</strong>which 21 were regular papers and22 were poster presentations. Inaddition, invited talks were givenby Pr<strong>of</strong>. Yannis Ioannidis, Pr<strong>of</strong>. EwaDeelman, and Christos Nikolaou.Sixty-seven participants werealready committed to participatebe<strong>for</strong>e the early registrationdeadline on February, 15 2008.As in previous years, the workshopproceedings will be published at thebeginning <strong>of</strong> the workshop. The nextstep will be the second review <strong>of</strong> thebest papers which will be publishedin the final Springer volume.The figure displays the <strong>CoreGRID</strong>Institutes arranged on a circle,showing joint papers submitted to theworkshop in cooperation by severalpartners as lines between them.Grid testbedsThe <strong>CoreGRID</strong> testbed activities aimat providing researchers with supportto access Grid testbeds maintainedand operated in collaboration with<strong>CoreGRID</strong> partners. The databasestoring in<strong>for</strong>mation on experience,policies and best-practice <strong>report</strong>sincludes data about testbeds bothon national and European level,which are available <strong>for</strong> <strong>CoreGRID</strong>researchers. In addition to the DutchDAS and the French Grid 5000, theresearchers can now access the PolishCLUSTERIX, the German VIOLA andthe European PHOSPHORUS testbed,as well as all experiments madeusing these testbeds. A number <strong>of</strong>successful experiments have beenconducted using resources <strong>of</strong> theDAS and Grid’5000 jointly. Experience<strong>report</strong>s can be <strong>download</strong>ed from thetestbed web pages on the privatecollaborative tool at https://bscw.ercim.org/bscw/bscw.cgi/62053The figure above displays thecurrent topology <strong>of</strong> the opticalnetwork connections related to theEuropean PHOSPHORUS project.Moreover, a grid testbed based onGlobus Toolkit 4 and UNICORE 6was installed on top <strong>of</strong> this opticalnetwork. Several <strong>CoreGRID</strong> partnerscontribute to the PHOSPHOROUSproject and the testbed, whichis thus open <strong>for</strong> <strong>CoreGRID</strong>experiments. These experimentsespecially contributed towards theQoS <strong>of</strong> the underlying network.Common understanding<strong>of</strong> trust and securityThe Trust and Security activityin <strong>CoreGRID</strong> runs as a horizontalintegration activity related to all theresearch areas studied within the<strong>Network</strong>. It ensures that the <strong>Network</strong>participants are aware <strong>of</strong> the use<strong>of</strong> trust and security technologiesin modern grid environments. Each<strong>CoreGRID</strong> Institute includes researchgroups focusing on integration workin this area. In 2007, this activityorganised Grid-STP 2007, the FirstInternational Workshop on Security,Trust and Privacy in Grid Systems.Other results are expected through theparticipation in the <strong>CoreGRID</strong> mobilityprogramme (Fellowship Programmeand Research Exchange Programme)targeted specifically at Grid security.Another important outcome results fromthe joint <strong>CoreGRID</strong> white paper on thecurrent state <strong>of</strong> the art <strong>of</strong> Grid security.In addition, numerous <strong>CoreGRID</strong>technical <strong>report</strong>s, presentationsat international conferences andpublication in journals on this topicwere gathered. Central to this activityis the Internet-based <strong>CoreGRID</strong> Trustand Security Portal, which serves asa communication <strong>for</strong>um on Grid trustand security and provides in<strong>for</strong>mationabout tools, projects, research groups,publications and events. As a way <strong>of</strong>illustration, the figure on the left showsa fragment <strong>of</strong> the security requirements<strong>for</strong> a Grid data management systemusing the KAOS goal-orientedrequirements-engineering methodology(spin-<strong>of</strong>f FP6 project GridTrust).27<strong>Annual</strong>Report2007