This paper presents HEARTS, a multicore energy scheduling approach utilizing a federated
strategy designed for parallel real-time tasks of significant computational demands in …

This letter presents a scheduling policy for multicore embedded applications based on their
thermal phase behavior. The thermal phase-guided task allocation allows the scheduler to …

Dynamic thermal management (DTM) techniques are being widely used for attenuation of
thermal hot spots in many-core systems. Conventionally, DTM techniques are analyzed …

In this paper, a fine-grained scheduling approach to enhance lifetime reliability of
multiprocessor systems is presented. Lifetime reliability is an important and emerging …

Over the past decades, the shrinking transistor size enabled more transistors to be
integrated into an IC chip, to achieve higher and higher computing performances. However …

Hotspots occur frequently in 3D multi-core processors (3D-MCPs), and they may adversely
impact both the reliability and lifetime of a system. We present a new thermally constrained …

Hotspots occur frequently in three‐dimensional (3D) multi‐core processors (3D‐MCPs), and
they may adversely impact both the reliability and lifetime of a system. The authors present …