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Content about Africa

February 18, 2009
iSGTW Feature - Blue Gene for Africa

Feature - Blue Gene for Africa Image courtesy of the Meraka Institute IBM donated a supercomputer to South Africa's Center for High-Performance Computing, as part of a $120 million investment in sub-Saharan Africa. Dubbed "Blue Gene" and designed and built in collaboration with the Department of Energy's NNSA/Lawrence Livermore National Laboratory in California, it is capable of 11.5 teraflops, or 11.5 trillion floating point operations per second, or flops. ("Flops" are a standard measure of a computer's performance.) In other words, it is currently the fastest scientific computer on the entire African continent.The computer system is part of a larger initiative, known as "Blue Gene for Africa" (BG4A), that aims to build high-end computing capacity in the continent. The project aims to develop infrastructure, encourate collaborative science,  and promote Africa's human capital. As such, it will be available free of charge to any qualifying African institution for use on advanced

January 21, 2009

Feature - Rough waters: fighting modern-day pirates with technology

Map of reported pirate incidents in the Gulf of Aden, off the coast of Somalia. (Click for large, high-resolution version.) Image above courtesy of UNOSAT; image on front page courtesy of sxc.hu

In the past year, maritime shipping has suffered a resurgence of piracy, at a level that the world has not seen since the early 18th century. Sailors working off the Horn of Africa have been particularly hard hit: last year, records show that 125 ships were attacked and 45 seized.
Real numbers are likely much higher, as piracy is believed to be widely under-reported. One of the world's busiest shipping lanes, about 20,000 ships annually pass through the Gulf of Aden on their way to and from the Suez Canal — carrying a tenth of world trade.
Unlike the popular image of pirates seen in movies and books, modern pirates are more likely to wield machine guns than muskets; and the crime remains as difficult to fight as it ever

October 15, 2008

  Opinion - Reaching for the Exa-scale, with volunteer computing Over the last few years, GPUs green) and CPUs (blue) have increased exponentially in speed, but the doubling time for GPUs has been about 8 months, while it has taken 16 months for CPUsImage courtesy of NVIDIA (Editor's note: David Anderson is the founder of the popular volunteer computing platform known as BOINC, or the Berkeley Open Infrastructure for Network Computing. Here, he peers into his crystal ball to predict the direction of volunteer computing, especially as new, high-speed graphics processing units come into the market.)Remember your prefixes? Kilo, mega, giga, tera, peta . . . exa? Each denoting a thousand times more than the one before? Today, the average personal computer can do a few GigaFLOPS (the acronym refers to doing one billion FLoating-point Operations Per Second). A modest cluster might do one thousand GigaFLOPS, or 1 TeraFLOPS. And for several years, one thousand TeraFLOPS, or one PetaFLOPS, was the Holy Grail

May 21, 2008
iSGTW Link of the Week - Wherever you roam, you can always log-in at home

Link of the week - Wherever you roam, you can always log in at home You can always be plugged in.Photo courtesy eduroam ET, log in at homeSay that you’re an American researcher working in Wagga Wagga, Australia, far from home, and you want to log in to use the resources of the nearest research institution. Or, you’re in Vietnam and want to securely access the Internet from your host institution at the University of Hanoi.How do you do it with the fewest hassles about getting permissions, registering your laptop—or learning multiple sets of new usernames and passwords?Never fear, eduroam is here.Short for EDUcation ROAMing, this system allows users—such as researchers, teachers, students or staff—from participating institutions to access the ‘net from any participating institution, with user authentication done by your home institution, wherever you may be physically located.So, you log in to your same old account, using your same old user i.d and password. When it is received by the wireless

May 7, 2008

  Feature - WISDOM unplugged: malaria drug-leads graduate to the wet lab The WISDOM project screened one million molecules for their potential to bind to and inhibit “plasmepsin,” a protein essential for survival of the malaria parasite. The parasite can be transferred to a human host via the mosquito vector.Image courtesy of PD-USGOV Hot on the heels of their initial success, WISDOM collaborators have high hopes as their anti-malaria drug-leads move from computer processers to petri dishes.“We’re excited to be at this stage,” says Ana Lucia Da Costa, WISDOM researcher at CNRS, France. “I can’t wait till we get the next set of results back.”The WISDOM project, a collaboration of eight core institutions in five countries, began searching for anti-malaria drugs in 2005. Rather than go straight to the lab, the team used a grid-powered software program to screen for potential drug-leads, searching for small molecules—called ligands—that could bind to and disable the mal

March 26, 2008
iSGTW Announcement - Applications open: South African Grid School 2008

Announcement - Applications open: South African Grid School 2008, July, South Africa The University of the Witwatersand was founded in 1896 and is home to the oldest and largest university press in Africa.Image courtesy of University of the WitwatersrandRegistration for the South African Grid School, which will take place from 23-25 July 2008 at the University of the Witwatersrand, Johannesburg, South Africa, is now open.Participants will learn to use grids of thousands of processors and will be able to continue to use these resources for their research after the workshop.The workshop will focus on use of the Open Science Grid and will cover:An overview of distributed computing concepts and toolsConcepts, tools and techniques of grid computingDiscovering and using grid resourcesGrid scheduling and distributed data managementWeb service and grid service conceptsDistributed data miningTechniques for workflow and collaborationUndergraduate and graduate students, researchers, educators and professionals in engineering, computer scienc

February 13, 2008

Announcement - Applications due 31 March: CERN openlab student program The CERN openlab student program is an not for the faint-hearted, but if you (or your student) is up to the task, it provides numerous unique opportunities and experiences: a summer to remember. Image courtesy of CERN Applications for the CERN openlab student program are invited from B.Sc., M.Sc. and Ph.D. students in computer science and physics from around the world.   The openlab program is not for the faint-hearted. It involves two months of intense project work over the summer at CERN’s IT department, on the cutting edge of grid technology and scientific computing. In addition, students follow advanced lectures on a range of computing topics and participate in study tours to industrial and academic IT sites in the region. The program also provides a unique chance to be at the hub of the Large Hadron Collider project, just as the data is expected to start pouring out of the underground detectors. Candidates should be available to participate for

November 14, 2007

Announcement - International Science Grid This Week celebrates one year iSGTW continues to cover the truly international effort behind grid computing.Image courtesy of GridPP, OSG and EGEEOn 14 November 2007 International Science Grid This Week will celebrate its one-year anniversary. Now with more than 3400 subscribers, iSGTW attracted over 70,000 visitors during October, an almost six-fold increase over the last six months. A collaboration between Open Science Grid in the U.S. and Enabling Grids for E-sciencE in Europe, iSGTW promotes the success of grid computing as a tool for scientists and researchers.Able to complete in minutes what might take an average PC many months, grid computing offers scientists a new level of computing power, allowing them to delve deeper in to research questions with big answers. Grid computing works by coordinating the power of ordinary computing resources, linking this power into massive multifunctional computing “grids.”Scientists are using grid computing to fight disease, develop n

November 7, 2007

Announcement - New Internet2 IDEA award for revolutionary uses of advanced networking The “Wave of the Future” IDEA Award will recognize innovators who are developing and deploying advanced applications that require a dedicated optical circuit with capacities up to 10 gigabits per second.Image courtesy of Internet2Internet2 and Level 3 Communications have announced a new “Wave of the Future” category for the Internet2 Driving Exemplary Applications (IDEA) Awards program. The award will recognize innovators who are developing and deploying advanced applications that specifically require or make use of a dedicated optical circuit with capacities up to 10 gigabits per second.Open to existing or proposed applications, the Internet2 IDEA awards are designed to showcase projects that apply the latest in advanced networking capabilities to enable transformational progress in research, to enhance teaching and learning, and to potentially increase the impact of next-generation networks around the world.Through spo

October 31, 2007

  Announcement - IEEE T-ASE special issue on Scientific Workflow Management and Applications IEEE Transactions on Automation Science Engineering is calling for papers for a special issue on Scientific Workflow Management and Applications.Image courtesy of IEEE T-ASE IEEE Transactions on Automation Science Engineering is calling for papers for a special issue on Scientific Workflow Management and Applications, to be published in July 2009.Paper submissions are due 31 March 2008, with final manuscripts due 15 January 2009. Original and unpublished high-quality research results are solicited to explore and boost the new area. The special issue aims to systematically investigate and shape the special features, challenges and new techniques of scientific workflows, as well as corresponding applications and underlying computing infrastructures.  Topics for contributions include, but are not limited to:Special features of scientific workflows and their hints on new techniquesScientific workflow modeling, execution and scheduli

October 31, 2007

Announcement - Travel support grants available for e-Science 2007, Bangalore, India A city of many colours, Bangalore is known as India’s Silicon Valley, but has also earned a reputation as the Garden City.Stock image from sxc.hu A number of travel grants are available for students attending the 3rd IEEE International Conference on e-Science and Grid Computing, to be held 10-13 December 2007 in Bangalore, India.  The IEEE Technical Committee on Scalable Computing is offering USD 5000 in grants and welcoming applications from students all over the world. The University of Melbourne is offering travel scholarships for students based in India, with a total of AUD 5000 available.All applications are due 9 November 2007. Recipients will be announced 15 November 2006. e-Science 2007 will present the results of the latest e-Science and grid-related research, as well as product and tool developments and highlights from related activities from around the world. Registration for e-Science 2007 is now open. 

October 10, 2007

  Announcement - High Performance Computing Ph.D. Fellowship Program closes 30 October ACM/IEEE-CS HPC Ph.D. Fellows are awarded a certificate and a stipend of at least US5,000 dollars for one academic year. All ACM/IEEE-CS HPC Ph.D. Fellows are also invited to attend at least one SuperComputing conference.Image courtesy of SC '07 The Association of Computing Machinery (ACM), IEEE-Computer Society and the SC Conference Series have announced the first year of the High Performance Computing Ph.D. Fellowship Program.  Fellowship applications are due 30 October 2007.The ACM/IEEE-CS HPC Ph.D. Fellowship Program honors exceptional Ph.D. students throughout the world with a focus on High Performance Computing, Networking, Storage and Analysis. HPC covers computational sciences, computational engineering, and computer science using the most powerful computers available at a given time.Students must be nominated by a full-time faculty member at a Ph.D.-granting, accredited institution. They must be enrolled in a full-time Ph.D

September 26, 2007

Link of the week - One-stop shop for WorldWideScience Representatives of the U.S. Department of Energy, the British Library and the International Council for Scientific and Technical Information were observers at a signing ceremony to partner on the development of WorldWideScience.org.Image courtesy of WorldWideScience.orgWorldWideScience.org is a global science gateway that allows users to search interconnected national and international scientific databases with the aim of accelerating scientific discovery and progress.WorldWideScience.org works by distributing a search query to its various constituent databases or portals. Each database independently ranks its own results and then returns these results to WWS.org, which then ranks these results again to ensure the patron sees only the most relevant of the aggregated results. Databases currently represented include:African Journals Online (South Africa)Article@INIST (France)Australian Antarctic Data Centre (Australia)Canada Institute for Scientific and Technical Information (Cana

August 15, 2007
iSGTW Feature - Reversing brain drain: grid computing does some innovative plumbing

  Feature - Reversing brain drain: grid computing does some innovative plumbing Members of the African Ministry and HP management celebrate the launch of the joint HP-UNESCO project “Piloting Solutions for Reversing Brain Drain into Brain Gain for Africa.”Image courtesy of HP “Before, if we funded researchers to work in laboratories abroad, we could not be sure if they would come back,” says Maiouf Behamel, director of Algeria’s Centre for the Development of Renewable Energies. “We hope that this project will set an example that others can follow.”The project Behamel speaks of is the creation of a virtual organization: a network of Algerian researchers—living all over the world—who will collaborate with and provide doctorate-level teaching to fellow students and scientists, making it possible for those who stay in Algeria to benefit from the expertise of those who leave, and providing the cyberinfrastructure to support and connect them to the rest of the global community.C

August 1, 2007
iSGTW Feature - At home in Africa: African scientists plug into the global computer

  Feature - @home in Africa: African scientists plug into the global computer During last week’s hands-on AFRICA@home workshop African scientists installed servers and set up a new volunteer computing project. This tangible experience allows them to harness the power of volunteer computers across the globe to support research into major issues affecting Africa.Image courtesy of AFRICA@home Volunteer computing projects like SETI@home, Einstein@home and LHC@home are providing scientists with huge computing resources, donated by the public. So, imagine what African scientists could do if they could tap into the power of the millions of idle computers around the world...Sounds crazy? In fact, this was the subject of a workshop held 16-22 July at the African Institute for Mathematical Sciences (AIMS) in Muizenberg, South Africa. The workshop’s 35 participants came from 18 African countries and were selected from scores of applications.Possibilities for AfricaCan African scientists really benefit from volunteer computi