Network-on-chip (NoC) has emerged as a scalable on-chip communication platform and,
hence, has become more popular. However, as the sole communication medium, a single …

To maximize the performance and energy efficiency of Spiking Neural Network (SNN)
processing on resource-constrained embedded systems, specialized hardware …

The contradiction between the demand of massive intelligent scene caused by the
interconnection of things in power system and the bottleneck of the chip itself is becoming …

In order to detect and localize through-silicon-via (TSV) failures in both manufacturing and
operating phases, most of the existing methods use a dedicated testing mechanism with …

As number of components on the semi-conductor industry is growing at a healthy rate,
results in an increase in number of cores integrating on a chip.. Demand for core …

With the rapid developments in VLSI technology, the communication channels in networks-
on-chip (NoCs) can place many wires for sustaining high-performance requirements over …

Aggressive scaling in deep nanometer technology enables chip multiprocessor design
facilitated by the communication-centric architecture provided by Network-on-Chip (NoC). At …

The guaranteed delivery of application packets from source to destination in a network-on-
chip (NoC) is increasingly becoming an essential design issue. Channel faults may cause a …

Aggressive technology scaling continues to make networks-on-chip (NoCs) vulnerable to
failures that relentlessly result in reliability concerns and unexpected system performance …

Abstract Network-on-chip (NoC) is a reliable and scalable on-chip interconnect solution
particularly used for MPSoCs and CMPs. Increasing susceptibility of NoC to failures is …