Optical microring resonators can be integrated on a chip to perform switching operations
directly in the optical domain. Thus they become a building block to create switching …

Nanophotonic is considered an emerging technology for future many-core systems due to its
potentials for low-power and high-bandwidth communications. Nevertheless, challenges …

With the objectives of reducing power consumption, insertion loss, nonuniformity and
crosstalk, optimal configurations for optical interconnection are derived, by leveraging the …

Future switching and interconnection fabrics inside switching equipment, high-performance
computers and datacenters will require more throughput and more energy efficiency. Optical …

The paper shows the possibility to reduce energy consumption in banyan-type switching
fabrics working under different control algorithms. This can be done by adopting the …

Interconnection systems inside switching equipment, high-performance computers and data-
centers are nowadays facing more and more demanding requirements. Optical …

This paper defines a procedure for designing the architecture of multistage switching
networks. Our proposal is the result of a systematic study of the properties of multistage …

This thesis investigates optical interconnection networks for high performance switching and
routing. Two main topics are studied. The first topic regards the use of silicon microring …

There is an increasing research interest on networks-on-chip architectures for growing
computation-intensive applications and high-performance multi-core computing systems …

The aim of this thesis is to present and analyse optical interconnection architectures based
on microring resonators. The trend of meeting large bandwidth and strict latency …