Integrate thermal-aware platform design, thermal control with workload management and shaping in a distributed, multi-scale strategy, to achieve the highest performance compatible with temperature constraints.
The development of a synergistic performance, power and thermal management strategy requires major breakthrough in several areas, namely architectures, run-time systems, resource management middleware, code optimization tools and programming models.
Bring together techniques from computer architecture and circuits, control theory, combinatorial and continuous optimization, statistical model-building and artificial intelligence. Results will be demonstrated on of physical and virtual prototypes, proving practical applicability and relevance for industrial applications.
Start 1st April 2012 – Duration 60 months
https://www.bizjournals.com/prnewswire/press_releases/2015/11/17/SF59783 E4 Computer Engineering announces production availability and customer shipment of ARKA Server Platforms with Cavium ThunderX™ ARMv8 Workload-Optimized Processors
Davide enters the Top500 and Green500 supercomputers