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Kostas Glinos hands over the contract to Steven Newhouse of EGI. Image courtesy EGI
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iSGTW: How do virtual research communities fit into this?
Glinos: Virtual communities are primary clients and focal points for deploying EGI’s services.
I also want to point out that enabling different research communities to hook up to the processing capacity of existing computers could also lead to major cost and energy savings. In the next decade or so, Europe may invest more than 2 billion euros in the ICT part of new scientific research infrastructures for physical sciences and engineering, energy, environmental sciences, biological and medical sciences, social sciences and humanities, and materials and analytical facilities.
Significant savings could be made if researchers at these facilities use the processing power available via EGI and other e-infrastructures, rather than developing their own alternative networks or supercomputers. EGI may also be used to test various cloud-based technologies and services.
Something like EGI shows what we can do when you have the right institutions and people and states working together; we have 35 countries involved. EGI will integrate the developments from all the players, such as projects like EMI or IGE, for example.
iSGTW: What do you see the innovations from EGI leading to in the Framework Program 8 — the next seven-year plan?
Glinos: FP8 starts in 2014 and runs through the end of 2020. What I expect is that EGI will mature, increase its base, increase its quality of service, and be in a position to guarantee a certain level of service.
Secondly, at the moment, a user has to go through many hoops. You have to subscribe, be a member, go through a series of steps, complete weeks of training, and deal with issues of authorization and authentication.
My vision, or hope, is that you won’t have to do all this in the future and that eventually it will all become seamless to the user.
I think the best thing to compare it to is building a house — you don’t need to build your own electrical generating plant in order to have electricity in your home. Nor do you need to build your own water treatment plant. Instead, you just sign up for existing services, rather than doing it all yourself, and focus purely on the actual house itself.
iSGTW: Any other comments you would like to make?
Glinos: We should at least take a good look at how to integrate the private sector into the financing for all this. There may be alternatives to asking the government for money; perhaps there could be alliances with private companies, public/private partnerships, or some form of pay-per-use at some level.
After all, why buy a server when someone else already has space available on an existing one?
iSGTW: Anything else?
Glinos: There’s an avalanche of data out there and we have to figure out how to make it accessible, valid, understandable, trustworthy, open — and how to give credit where credit is due when the data is used. As it is now, some researchers hesitate to share data with “competitors,” who may use it to be first in a peer-reviewed publication, or even attack the researcher’s conclusions. Who gets authorship credit when the data is so easily accessible and diffuse?
We’re just scratching the surface of these things. The legal and social aspects are also important and we are often paying little attention.
—Dan Drollette, iSGTW. The European Grid Infrastructure (EGI) includes in excess of 300 sites across 50 countries, offering about 240,000 processor cores, and more than 100 petabytes of tape and disk storage. For more information, see the EGI website. |