In this new millennium, the most valuable commodity will be information, as seen by the surge in demand for faster access technologies such as cable modems, xDSL, and wireless data.
Summary form only given. We consider the problem of reducing and controlling cross-talk in multi-stage guided-wave switching networks.
The following white paper discusses a range of architectural aspects that are crucial for the integration of mm-wave Radio Access Technology (RAT) in 5G mobile networks.
The variety of standard-frequency band combinations with mobile communication systems is increasing.
The hardware requirements for an optical implementation of an Extended Generalized Shuffle Network are described.
This tutorial paper describes the motivations for using free- space digital optics as a packaging and interconnection technology for high-speed digital integrated circuits within both computing and
This paper will review some of the photonic technologies that could become important components of future telecommunications systems.
The following white paper discusses key architectural aspects of the mm-wave RAT (Radio Access Technology) working in frequency bands from 6 GHz to 100 GHz integrated with new and other legacy tech
Networks emerging as increasingly significant to US DoD visions comprise dynamic, heterogeneous terrestrial, airborne, and/or space-based nodes, some of whose links are directional, variable perfor
We propose a novel, cloud-integrated, Metro-Access node that is architected as a DataCentre, overcoming known Leaf-and-Spine limitations by exploiting PON systems and WDM for scalability.
