PRiME featured on Cover of New Electronics14th October 2014
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.
The PRiME Southampton Team
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 with this.
Dr Geoff Merrett, who is leading PRiME's application theme, said "We are trying to protect them - for instance, the runtime system will take care of jobs like deciding at what speed the processor will run. But we will also need some information from them, like what quality of service is needed in areas like video decoding.
"Generally, applications for many core systems are evolving and can be expected to be vastly different in five years; they will be selected and refined throughout PRiME's duration", he said.
Pushing embedded systems up to hundreds, even thousands, of cores will be one of the most demanding challenges the electronic industry has ever faced. If it succeeds, PRiME will have been a true pioneer of that development.
For more information, click here.
First DejaView PCBs3rd June 2010
Today we received the PCBs for the DejaView device (version 1)! Nearly a year has passed since we first began to think about how technology can better assist sufferes of memory loss, and we are well on the way to having our first new devices.
The device, forming a part of the dejaview system architecture (alongside a mobile-phone and web service) includes a three megapixel camera, bluetooth radio module, ARM Cortex-M3 microcontroller and an array of different sensors.
Autonomous Street Light Simulator21st February 2014
StreetlightSim has been produced as part of Sei Ping Lau's, a member of my research team, PhD research project. The simulator is an open source streetlight simulation environment based on the well-known OMNet++ and SUMO tools. It features a customisable road traffic pattern, described by the road traffic distribution according to different times of day and annual average daily traffic flow (AADF), and can be easily extended to different streetlight networks using OpenStreetMap and JOSM.