'World Community Grid' seeks to harness unused computers
It aims to quash some of the world's most challenging problems
Computerworld - IBM and officials from some of the world's leading science, education and philanthropic organizations yesterday launched a global grid computing project aimed at harnessing unused global computing power to help solve a variety of health issues and other scientific problems.
In an announcement, IBM said the World Community Grid project calls on home and corporate PC users to install a 1.5MB software program that allows their unused computer cycles to work on critical scientific research. The software is available from the project's Web site and works on computers running Windows 98, ME, 2000 and XP.
The new grid will be used for medical research to help unlock genetic codes that could help find cures for AIDS/HIV, Alzheimer's disease and cancer, according to the group. It will also be used to conduct research to improve the forecasting of natural disasters and find new ways to protect the world's food and water supplies.
The first project to be tackled is the Human Proteome Folding Project, which aims to identify the proteins that make up the Human Proteome, which could help lead to cures for diseases such as malaria and tuberculosis. The proteome project is sponsored by the Seattle-based Institute for Systems Biology, a nonprofit research institute dedicated to the study and application of systems biology.
Future projects to use the grid will be selected by a World Community Grid Advisory Board, which will evaluate proposals from leading research, public and nonprofit organizations. Five to six projects a year are expected to use the grid, according to the group.
"World Community Grid will enable researchers around the globe to gather and analyze unprecedented quantities of data to help address important global issues, including public health issues," advisory board member Elaine Gallin said in a statement. Gallin, who is also the program director for medical research at the New York-based Doris Duke Charitable Foundation, said the grid project "promises to harness grid computer technology to address complex clinical research questions."
Other organizations represented on the grid's advisory board include the National Institutes of Health, the Markle Foundation, the Mayo Clinic, Oxford University, the World Health Organization and the United Nations Development Programme.
Ken King, vice president of grid computing at IBM, said the World Community Grid will showcase IBM's grid technologies, which the company donated to the project.
The effort uses Grid MP software from Austin-based United Devices Inc. and an assortment of IBM hardware, including an IBM eServer p630 server running IBM's AIX operating system, 12 IBM x345 Intel-based servers running Linux, and IBM Shark Enterprise Storage Server systems running DB2
- The business impact of BYOA: Five major challenges and how your enterprise can solve them This E-Book reviews five major challenges of BYOA with key subject matter experts and outlines how businesses can solve them.
- The BYOA Opportunity Visual demonstration of problems that unmonitored, employee-introduced cloud apps can cause a business, and why IT managers need a solution to help and...
- BYOA: Embracing the Opportunity, Controlling the Risk This whitepaper explores the shift from BYOD to BYOA (bring-your-own-application) and how IT departments today can address this new change in the IT...
- AppGuru Reference Guide: Conquer BYOA Challenges, Leverage BYOA Benefits As the advantages of Bring-Your-Own-Application environments become increasingly apparent, BYOA is quickly becoming a reality for organizations of all sizes. But with the...
- E-Signature RFP Checklist Webcast If your organization is looking to adopt e-signatures, you may be overwhelmed by the number of providers that offer seemingly similar solutions. How...
- Cloud and Collaboration: Driving Your Business Value Mission Critical Cloud from Peer 1 Hosting is enterprise-grade. All Cloud Computing White Papers | Webcasts