Optical networks-on-chip (ONoCs) are currently still in the concept stage, and would benefit
from explorative studies capable of bridging the gap between abstract analysis frameworks …

As multiprocessors scale to unprecedented numbers of cores in order to sustain
performance growth, it is vital that these gains are not nullified by high energy consumption …

Optical Networks-on-Chip (ONoCs) are a promising solution for high-performance multi-core
integration with better latency and bandwidth than traditional Electrical NoCs. Wavelength …

The performance of future chip multi-processors will only scale with the number of integrated
cores if there is a corresponding increase in memory access efficiency. The focus of this …

In recent years, using wireless sensor networks (WSNs) for structural health monitoring
(SHM) has attracted increasing attention. Traditional centralized SHM algorithms developed …

Many crossbenchmarking results reported in the open literature raise optimistic expectations
on the use of optical networks-on-chip (ONoCs) for high-performance and low-power on …

As indicated in the latest version of ITRS roadmap, optical wiring is a viable interconnect
technology for future SoC/SiC/SiP designs that can provide broad band data transfer rates …

There is still a significant gap between the optical network-on-chip (NoC) concept and a
mature interconnect technology with practical relevance. Current research aims at bridging …

Optical networks‐on‐chip (ONoCs) are gaining momentum as a way to improve energy
consumption and bandwidth scalability in the next generation multicore and many‐core …

Out of all the optical network-on-chip topologies, the ring has been proved to be far superior
to its competitors: the contention-free all-to-all communications offer the lowest latency …