The fast-growing demand for computational capacity has led to the emergence of large-
scale systems where the parallel processing capabilities of many-core processors have …

The high level of performance intrinsic to many-core architectures has made them the
obvious successor to single-core processors in scenarios that require high computation …

The current trend in commercial processors is producing multi-core architectures which pose
both an opportunity and a challenge for future space based processing. The opportunity is …

In space exploration, the demand for electronic processors capable of demonstrating
reliability in the harsh space environment has significantly increased. One of the main …

Since superscalar processors lead the market, their resiliency evaluation by means of fault
injection grows in importance. Fault injection strategies usually trade-off their levels of …

Increasing chip power densities allied to the continuous technology shrink are making
emerging multiprocessor embedded systems more vulnerable to radiation-induced transient …

Multicore processors are becoming more and more attractive in embedded and safety-
critical domains because they allow increasing the performance by ensuring reduced power …

This paper evaluates the error rate of a memory-bound application implemented in different
commercial-off-the-shelf multicore and many-core processors. To achieve this goal, two …

The current generation of radiation-hardened general-purpose processors, such as the
RAD750, lag far behind their commercial counterparts in terms of performance. To combat …

Device reliability and manufacturability have emerged as dominant concerns in end-of-road
CMOS devices. Today an increasing number of hardware failures are attributed to device …