Optical Micro-Electro-Mechanical Systems (Optical MEMS, or MOEMS) comprise a disruptive technology whose applications to telecommunications networks is transforming the horizon for lightwave system
Optical Micro-Electro-Mechanical Systems (Optical MEMS, or MOEMS) comprise a disruptive technology whose application to telecommunications networks is transforming the horizon for lightwave systems
System reliability, availability and robustness are often not well understood by system architects, engineers and developers.
We present a concept for colorless tunable optical dispersion compensators consisting of a series arrangement of generalized interferometers and adjustable lenses.
This paper proposes a unified way of describing 5G air interface (AI) design proposals using a 5G service/frequency map based on work carried out as part of 5G-PPP H2020 project "METIS II".
Multiuser MIMO is a promising technique to increase the available spectrum in next generation 5G wireless networks, especially in enhanced Machine Type Communications (eMTC) for emerging Internet-o
Searching for information is an ubiquitous need in today's data-oriented environments.
Congestion control in packet-based networks is often realized by feedback protocols - in this paper we assess the performance under a back-pressure mechanism that has been proposed and standardized
Congestion control in packet-based networks is often realized by feedback protocols -- in this paper we assess the performance under a back-pressure mechanism that has been proposed and standardize
The rapid increase of the Internet traffic is pushing the deployment of WDM technology in the next-generation high-speed Internet backbone.
