The three-dimensional Network-on-Chips (3D NoCs) has become a mature multi-core
interconnection architecture in recent years. However, the traditional electrical lines have …

Nanophotonics as a promising candidate for future on-chip networks has several benefits
such as bandwidth transparency, light-speed data rate and low power consumption. Despite …

Multi/Many-core systems based on the traditional electrical network-on-chip are confronted
with the limited bandwidth, high latency, and reliability challenges. The emerging optical …

Integrated silicon photonic networks have attracted a lot of attention in the recent decades
due to their potentials for low-power and high-bandwidth communications. However, these …

Nowadays, owing to the advantages of high bandwidth and low power consumption, the
wired optical network-on-chip (W-ONoC) has emerged as a high-performance on-chip …

The Cyber-Physical System (CPS) concept is now attracting attention in systems
engineering, and it is being applied to a fully automated factory control in processes such as …

With the growing number of cores, high-performance systems face power challenges due to
dominating communication power. Thus, attaining energy efficient high-bandwidth inter-core …

Coping with the intrinsic limitations of electrical networks-on-chip, optical on-chip
interconnect is emerged as a promising paradigm for future high performance multi-core …

As increasing numbers of CPU cores are placed on single-processor chips, conventional
electronic interconnects for on-chip communications are becoming a bottleneck, due to …

High‐speed data transmission enabled by photonic network‐on‐chip (PNoC) has been
regarded as a significant technology to overcome the power and bandwidth constraints of …