Slavisa Aleksic

TL;DR: This chapter presents recent developments in optical signal processing techniques and digital logic, focusing on techniques to obtain key functionalities as signal regeneration and wavelength conversion exploiting nonlinear effects in high nonlinear fibres and semiconductor optical amplifiers.

TL;DR: In this paper, the influence of uplink capacity limitation and the amount of broadcast downstream traffic on power efficiency was evaluated for different optical access technologies with respect to their power efficiency. And the authors concluded that passive optical networks provide the best power efficiency in terms of energy efficiency.

TL;DR: This correspondence provides insights into the sustainability of the additional information and communication technology (ICT) equipment required for the deployment of the advanced metering infrastructure (AMI), which will be the essential part of future smart grids.

TL;DR: Various point-to-point interconnects and two optically switched interconnection options were studied with regard to their scalability by considering various impairments on optical signal, required number of fiber links and power consumption.

TL;DR: In this article, the feasibility of transmitting entangled photons and strong classical communication signals over the same fiber was demonstrated, and it was shown that generating entangled photons in the O-band might allow the coexistence of classical and quantum signals.