At this point in the career of HPC luminary Simon Burbridge of the University of Bristol, he’s focused on HPC system design based on ARM-designed processors. Citing the world’s top ranked supercomputer, Japan’s Fugaku, Burbridge says in this interview: “If you redesign your CPUs to have the capability of doing the amount of math that you need and if you have, for example, the memory bandwidth to get those vectors and matrices in and out of the memory, then why wouldn’t they be better than a GPU?”
The Hyperion-insideHPC Interviews: Simon Burbridge Gives ARM a Hand – ‘Maybe We Don’t Need to Have Accelerators’
August 28, 2020 by
Developing Better Vaccines with Oracle Cloud Infrastructure
December 11, 2019 by
Researchers from the University of Bristol and the French National Centre for Scientific Research, teamed up with computer technology giant Oracle and vaccine innovator startup Imophoron to find a way to make vaccines that are thermostable, can be designed quickly, and are easily produced. “The research resulted in a new type of vaccine that can be stored at warmer temperatures, removing the need for refrigeration, in a major advance in vaccine technology.”
Video: Simulations of Antarctic Meltdown should send chills on Earth Day
April 22, 2019 by
In this video, researchers investigate the millennial-scale vulnerability of the Antarctic Ice Sheet (AIS) due solely to the loss of its ice shelves. Starting at the present-day, the AIS evolves for 1000 years, exposing the floating ice shelves to an extreme thinning rate, which results in their complete collapse. The visualizations show the first 500 […]
Advanced Computing: HPC and RDS at University of Bristol
June 17, 2018 by
Simon Burbidge from the University of Bristol gave this talk at the HPC User Forum. “Our research focuses on the application of heterogeneous and many-core computing to solve large-scale scientific problems. Related research problems we are addressing include: performance portability across many-core devices; automatic optimization of many-core codes; communication-avoiding algorithms for massive scale systems; and fault tolerance software techniques for resiliency at scale.”
HPE Teams with University of Bristol for ARM-based HPC
April 17, 2018 by
Today the University of Bristol announced an initiative to accelerate the adoption of
ARM-based supercomputers in the UK. “HPE is excited to work with Arm, SUSE, and other key partners to offer the HPC community a fresh alternative for high performance computing which we believe will stimulate the industry to develop increasingly performant and efficient supercomputing solutions. By investing in this deployment through the Catalyst UK programme, HPE and our partners will drive both digital transformation and sustainable economic growth through new innovation and scientific discovery.”
First Public Disclosure of Isambard Supercomputer Performance Results
February 5, 2018 by
Prof. Simon McIntosh-Smith from the University of Bristol gave this talk at the GoingARM Workshop. “Isambard is a unique system that will enable direct ‘apples-to-apples’ comparisons across architectures, thus enabling UK scientists to better understand which architecture best suits their application.”
OCF Deploys 600 Teraflop Cluster at University of Bristol
May 18, 2017 by
OCF in the UK has deployed a new 600 teraflop supercomputer at the University of Bristol. Designed, integrated, and configured by OCF, the system is the largest of any UK university by core count. “Early benchmarking is showing that the new system is three times faster than our previous cluster.”
Simulating Jellyfish Blooms to Protect Coastal Power Stations
October 19, 2016 by
Scientists at the University of Bristol are working with the energy industry to develop an ‘early warning tool’ to predict jellyfish blooms that can cause serious problems by clogging the water intakes of coastal power plants. “To achieve this we will be translating previous research using a state-of-the-art marine dispersal modeling system to simulate the transport of jellyfish blooms by ocean currents, incorporating specific biological behaviors of jellyfish.”
