The current trends in technology, fabrication processes, and computing architectures are increasingly pushing towards the design and development of multi-core and many-core systems constituted by a relevant number of relatively low-cost execution resources (e.g., processors and configurable accelerator units) to achieve high performance while leveraging on energy consumption. These trends must cope with increasingly unreliable devices, affected by the shrinking of component size, variations in the manufacturing process, and increased transient errors caused by radiations and noise fluctuations.

Fault tolerance

AGOSTA, GIOVANNI;MIELE, ANTONIO ROSARIO
2014

Abstract

The current trends in technology, fabrication processes, and computing architectures are increasingly pushing towards the design and development of multi-core and many-core systems constituted by a relevant number of relatively low-cost execution resources (e.g., processors and configurable accelerator units) to achieve high performance while leveraging on energy consumption. These trends must cope with increasingly unreliable devices, affected by the shrinking of component size, variations in the manufacturing process, and increased transient errors caused by radiations and noise fluctuations.
Smart Multicore Embedded Systems
9781461488002
9781461488002
Engineering (all)
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11311/1000270
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