Publications

As optical telecommunication networks become more complex, there is an emerging need for systems capable of very complex switching and manipulation of large numbers of optical signals.

As telecom networks increase in complexity there is a need for systems capable of managing numerous optical signals.

This paper presents recent developments of optical MEMS based devices and their relevance in optical networks.

We propose a new optical metro-access ring concept featuring a flexible color management for efficient network operation.

We review multiple-input multiple-output space-division multiplexed (MIMO-SDM) system capacities and component characteristics, such as multiplexer crosstalk, modedependent loss/gain, distributed m

Space-division multiplexing (SDM) is considered the only long-term viable path for sustained capacity scalability in optical networks, from metropolitan Mega-Datacenter interconnects all the way to

One of the major problems in engineering is that of interfacing between two differing technologies: This problem is particularly severe in laser communications systems where solid state electronics

We propose an AI-powered network diagnostic strategy including alarm clustering and fault localization with >98% accuracy for up-1o 16-degree ROADMs and demonstrate the advantage of using NLP in

We present simple reach estimators for 5 to 15 Gb/s NRZ channels in commonly deployed networks and assess the benefits of tunable data-rate in core optical networks through routing and resource all

The ever increasing bandwidth-hungry applications trigger an unexpected transformation in telecommunication networks.