As a novel nanomaterial, the TiN/Ti3C2 heterojunction has been demonstrated to possess
exceptional optoelectronic properties, offering significant potential for applications in fields …

We demonstrate an all-optical wavelength conversion (AOWC) scheme based on four wave
mixing (FWM) effect in dual-polarization semiconductor optical amplifiers (SOAs) for 56Gbps …

The application of two-dimensional (2D) materials in third-order nonlinear optics and
integrated waveguide technologies is further explored. Specifically, we synthesized Ti_3CN …

The authors report an experimental investigation on the measurement of the available
bandwidth for the users in gigabit passive optical networks (GPON) and the limitations …

In this work, we show some experimental approaches concerning optical network design
dedicated to 5G infrastructures. In particular, we show some implementations of network …

All-optical wavelength conversion technology based on two-dimensional (2D) materials has
lately received keen interest. As a new 2D material, borophene displays acceptable …

This article describes an experimental investigation on the behavior of transmission control
protocol in throughput measurements to be used in the verification of the service-level …

In this work we show some experimental approaches regarding slicing procedures in a wide
geographical network test bed. We show how traffic forwarding based on VPLS and PBB-TE …

In this article, an overview is presented about state-of-the-art Ethernet technology and its
evolutions beyond local area networks into metropolitan and wide area networks as carrier …

In this work we show some experimental approaches concerning dynamic network
management based on Carrier Ethernet forwarding that result very suitable in the context of …