A new all-optical networking function is demonstrated using a bank of novel thermallytuned FBG-based optical correlators to construct an “optical bypass” to vastly accelerate conventional electronic internet routers. Based on a simple set of rules, a software algorithm configures the correlators as a routing table cache that can quickly determine the destination port for a large percentage of t...

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Wireless network-on-chip (WiNoC) is considered as a novel approach for designing future multi-core systems. In WiNoCs, wireless routers (WRs) utilize high-bandwidth wireless links to reduce the transmission delay between the long distance nodes. When the network traffic loads increase, a large number of packets will be sent into the wired and wireless links and can...

Increasing the number of cores integrated on a chip and the problems of system on chips caused to emerge networks on chips. NoCs have features such as scalability and high performance. NoCs architecture provides communication infrastructure and in this way, the blocks were produced that their communication with each other made NoC. Due to increasing number of cores, the placement of the cores i...

Network-on-chip (NoC) has rapidly become a promising alternative for complex system-on-chip architectures including recent multicore architectures. Additionally, optimizing NoC architectures with respect to different design objectives that are suitable for a particular application domain is crucial for achieving high-performance and energy-efficient customized solutions. Despite the fact that m...

As an important pipeline stage in the router of Network-on-Chips, switch allocation assigns output ports to input and allows flits transit through without conflicts. Previous work designed efficient strategies by maximizing matching efficiency time series. However, those works neglected interaction between different stages. In this article, we propose concept Utility-of-Allocation (UoA) indicat...

in future high-speed self-routing photonic networks based on all-optical time division multiplexing (otdm) it is highly desirable to carry out packet switching, clock recovery and demultplexing in the optical domain in order to avoid the bottleneck due to the optoelectronics conversion. in this paper we propose a self-routing otdm node structure composed of an all-optical router and demultiplex...