9 Jul 2014 Manchester - The Health eResearch Centre (HeRC), a research partnership led by the University of Manchester, has advanced Northern England's computing power by financing a new computer system that can analyse bigger and more complex sets of information than was previously possible. With one thousand times more memory and over a hundred times more powerful than a standard desktop computer, the Health eResearch Centre will use the new system to speed up the pace of research by allowing scientists to process data in quicker and more efficient ways. As a result, it is hoped that the rate of new discoveries and research findings will increase, leading to improvements in nationwide health care services.
With an objective of using health data to improve our understanding of diseases and develop better treatments and care, the Health eResearch Centre merges the academic disciplines of computer science and statistics with health research and clinical practice. Working across the North of England, HeRC is one of four centres across the UK with partner centres based in Scotland, Wales and London and which collectively, are known as the Farr Institute.
Together, the Farr Institute is helping to establish the UK as a world leader in the field of health informatics research, one of today's fastest growing areas of development within health care. The investment into the supercomputer was made possible with funding provided by the Medical Research Council (MRC).
To further strengthen the North of England's international standing within the field of health informatics research, eight leading research universities are being given access to the new system, a Silicon Graphics Inc. SGI UV2. These universities, collaborating as the N8 Research Partnership already have access to a High Performance Computer (HPC), based at the University of Leeds.
The GBP3.25 million facility is capable of a peak performance of 110 trillion operations per second, enabling the eight universities and industry partners to build more realistic models involving large amounts of data and to undertake more complex analyses in many research fields including life sciences, energy, digital media and aerospace. Housing the new HeRC supercomputer alongside the existing facility, will create further opportunities for even greater collaboration, and increase the impact of multi-disciplinary research.
Dr John Ainsworth, Deputy Director at the Health eResearch Centre, stated: "We are developing new ways to analyse public health information to improve our understanding of common diseases. This advanced computer system will lead to much more powerful research being conducted and enhance the speed at which researchers can produce results."
Professor Chris Taylor, N8 HPC Co-Director, the University of Manchester, stated: "This is an exciting development for N8 HPC. It allows us to support a nationally important initiative in e-Health, providing a cost-effective solution by building on the existing N8 HPC infrastructure. It also extends the capability of N8 HPC for all users - a win-win."