Power management of networked many-core systems with runtime application map**
becomes more challenging in the dark silicon era. It necessitates considering network …

In this paper, we propose a novel lifetime reliability-aware resource management approach
for many-core architectures. The approach is based on hierarchical architecture, composed …

Aggressive technology scaling has enabled the fabrication of many-core architectures while
triggering challenges such as limited power budget and increased reliability issues, like …

Run-time resource management is fundamental for efficient execution of workloads on Chip
Multiprocessors. Application-and system-level requirements (eg, on performance versus …

In high-level synthesis for real-time systems, it typically employs heterogeneous functional-
unit types to achieve high-performance and low-cost designs. In the design phase, it is …

With increasing temperature and current density, electromigration (EM) becomes a major
interconnect reliability concern for 3-D integrated-circuits (3-D ICs). In 3-D power delivery …

Long-term reliability is a major concern in modern VLSI design. Literature has shown that
reliability gets worse as technology advances. It is expected that the future VLSI systems …

With silicon technology aggressively scaling, the aging-induced long-term reliability
becomes the prominent problem of integrated circuits. The reliability of homogeneous multi …

Beginning with the invention of the first Integrated Circuit (IC) by Kilby and Noyce in 1959,
performance growth in IC is realized primarily by geometrical scaling, which has resulted in …

This chapter presents a new lifetime optimization techniques for real-time embedded
processors considering the electromigration-induced reliability. For real-time embedded …