The award ceremony is scheduled to be held on
Today, the world's top supercomputers are massively parallel computers with processors connected to up to tens of thousands of nodes. In massively parallel computers, if there is a failure in any of the compute notes, the failed nodes are isolated and the operation of the system is maintained, but the isolation method affects overall system performance and availability. In conventional node structures, pre-partitioned meshes are connected by switches, and when there is a failure, each partition that includes a failed node will be isolated. However, as a result, nodes that have not failed are also included in the isolated partitions, leading to a decline in system availability.
To overcome this problem,
Imperial Invention Prize:
This invention is comprised of a predetermined number of nodes that are grouped together on a grid, with the groups linked together using a torus connection configuration. A torus is a structure in which multiple groups are connected in a ring configuration, with the rings connecting different groups combined in a grid. With this invention, the partitioning of the group can be positioned where one chooses.
Most Popular Stories
- National Retail Federation Reduces Sales Forecast
- Pandora Tumbles in Late Trading
- Sporty Ford Fiesta Fires on All 3 Cylinders
- Stop-Start Engines Save Gas, Reduce Emissions
- World Tensions Don't Curb Enthusiasm for Stocks
- Russia Fears Lasting Damage From Ukraine Crisis
- Visa, Amazon Results Drag Down the Street
- U.K. Economy Surpasses Pre-Crisis Peak
- Hispanic Leader Goes the Extra Mile
- Ohio State Band Chief Fired After Probe