The most powerful computer known to man existed long before the 19th century, and had no mechanical parts, no cables, no processors nor soldering. No, the first computer known to man was inside his head from the very beginning, and that computer was his brain.
Powerful as the human mind may be, it too, like any computer, is subject to the potentially adverse effects of ageing. As we age, our ability to think, feel, remember and reason can slowly start to fade away, leaving us behind as husks of our former selves; 1 in 6 people over the age of 80 will have some form of dementia, with total projections predicting 1.6 million people to be diagnosed with it by 2040 in the UK alone. Now more than ever, it's become increasingly important to identify and understand what exactly influences the untimely ageing of the brain.
By using data from The Lothian Birth Cohorts and UK Biobank, with the help of Novatech, The University of Edinburgh's Centre for Cognitive Ageing & Cognitive Epidemiology are doing just that.
With almost 90,000 individuals tested as part of The Lothian Birth-Cohort studies, the genetic information alone accounts for around 400TB worth of data, and with studies of this scale and magnitude comes a need for high-end hardware capable of storing, processing and analysing it.
"One of many tests would have taken between 3 and 4 weeks to analyse, but with the new Novatech server, that process takes just 2 days."
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06 Apr 2021
Desktop-as-a-service (DaaS) is far from a new concept. In fact, it has roots as far back as the late 1960s when IBM was utilising mainframes to centralise processing. This concept was expanded on with the client-server model in the 1990s before being super-charged by the more powerful servers and fibre-optic broadband connections of the 21st century.