Dr Geoff V. Merrett
www.geoffmerrett.co.uk
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Awarded Prestigeous £5.5M EPSRC Programme Grant

18th February 2013

The PRiME Research Project
The PRiME Research Project
We have just been awarded a large EPSRC-funded Programme Grant of £5.5M (totalling £10.7M when University and Industrial contributions are included), with Professor Bashir Al-Hashimi as the Director and myself as one of the Co-Investigators. I will also have the role of Applications Leader, and are responsible for ensuring cross-layer collaboration between research partners.

The project, codename PRiME (Power-efficient, Reliable, Many-core Embedded systems), will address major challenges in the design and implementation of energy-efficient and reliable embedded systems with many-core processors.

The grant's academic collaborators are Imperial College, Manchester and Newcastle, with industrial partners ARM, Imagination Technologies, Altera, Freescale and Microsoft Research. The project will be launching in the next couple of months - watch this space!

For more information, click here.
 

Other Articles

PRiME featured on Cover of New Electronics
14th October 2014
The PRiME Southampton Team
We were recently interviewed by the New Electronics magazine, who was interested in our research on the PRiME (Power and Reliability in Many-core Embedded systems) project. As a result, it was featured as a cover-story in the 14 October 2014 issue. Specifically to me, the article comments: A future challenge for many core systems is that application developers will face architectures that are changing all the time and it is unrealistic to expect them to alter their code constantly to deal ... [more]

D4 2010 (POLARIS): Mixed Signal Oscilloscopes
14th April 2010
The Electronics Lab as the deadline approached
This year's D4 System Design Exercise presented a particularly testing challenge to second-year Electronics students, who worked in teams to design and build a portable Mixed Signal Oscilloscope in 11 days. Teams were given precise specifications, for example, the device had to feature 8 digital channels and 1 analogue, have a graphical display, be portable and robust, and able to operate in the field. Pressure on the students was intense as they worked round the clock to design their oscillosco... [more]

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