Information Technology

The EUREKA project E! 2288 on Computer-aided orthopaedic care (MEDAC) is helping orthopaedic surgeons to not only document their clinical cases, but to also manage and analyse all patient data compiled. This award-winning project is revolutionising orthopaedic research and could be applicable to many other specialist areas of medicine. Patients benefit from a fast and documented diagnosis, while surgeons gain access to vast resources of reference data and the means to analyse their own patients

Researchers at Ohio State University have found a way to boost the development of pattern recognition software by taking a different approach from that used by most experts in the field.

This work may impact research in areas as diverse as genetics, economics, climate modeling, and neuroscience.

Aleix Martinez, assistant professor of electrical and computer engineering at Ohio State, explained what all these areas of research have in common: pattern recognition.

Subtropical diseases lay waste to millions of people each year. In the quest to find a cure scientists are using Grid computing, the major driving force for new approaches towards collaborative large-scale science, to discover new drugs and better understand the diseases.

Last year there were about 350-500 million infections and approximately 1.3 million deaths due to malaria, mainly in the tropics. Malaria is spread by female mosquitoes, which carry protozoan parasites called Pla

What is the future direction for agent-based systems, one of the most important software R&D areas in recent years? Drawing from a body of some 200 industry and academic organisations, a European project has released a strategic roadmap that hopes to guide evolution of the field over the next decade.

AgentLink III, as its name suggests, was the third project in the series and author of the roadmap. Funded by the IST programme, it addressed the current state-of-the-art and postul

Big manufacturing jobs, especially those in the defense industry that involve management of extensive supply chains, often require resources and expertise that many believe are beyond the capacity of small and medium-sized enterprises (SMEs). Recent work by researchers at the National Institute of Standards and Technology (NIST) and colleagues at Pittsburgh’s Doyle Center for Manufacturing Technology, however, demonstrates the capabilities of simulation and visualization technologies for

As nanoscale circuits continue to shrink, electrical resistivity increases in the wiring and limits the maximum circuit speed. A new simulation program developed by researchers at the National Institute of Standards and Technology (NIST) and George Washington University (GWU) can be used to predict such increases with greater input flexibility and model accuracy than other methods. The software program is expected to help the semiconductor industry design and test devices more efficiently and wi