The relentless technology scaling has provided a significant increase in processor
performance, but on the other hand, it has led to adverse impacts on system reliability. In …

Advancement of Cyber-Physical Systems has attracted attention to Mixed-Criticality Systems
(MCSs), both in research and in industrial designs. As multicore platforms are becoming the …

Multicore platforms provide a great opportunity for implementation of fault-tolerance
techniques to achieve high reliability in real-time embedded systems. Passive redundancy is …

Multicore platforms are becoming the dominant trend in mixed-criticality systems (MCSs).
Multicores provide great opportunities to realize task-level redundancy for reliability …

Analysis of reliability, power, and performance at hardware and software levels due to
heterogeneity is a crucial requirement for heterogeneous multicore embedded systems …

Multicore platforms offer great potential for task-level redundancy to achieve a degree of
fault-tolerance/reliability in embedded systems by exploiting the idle cores. However, due to …

Increasing power densities in future technology nodes is a crucial issue in multicore
platforms. As the number of cores increases in them, power budget constraints may prevent …

A major requirement of safety-critical systems is high reliability at low power consumption.
Dynamic voltage and frequency (v/f) scaling (DVFS) techniques are widely exploited to …

Tackling the dark silicon problem in a heterogeneous multicore system, the temperature
constraints across the system should be addressed carefully by assigning a proper set of …

Due to the system-level power constraints, it is encountered that not all cores in a multicore
chip can be simultaneously powered-on at the highest voltage/frequency levels. Also, in the …