Tactile Internet has risen as a network paradigm aiming at freeing human beings from the burden of repetitive automatic daily tasks, so they can focus on the goal of their actions rather than how t
Next generation mobile networks will offer high data rates to users utilizing new radio access technologies.
We show that an optical slot switching network fulfills the strict latency constraints of a next generation LTE advanced switching mobile backhaul network.
We demonstrate a novel concept for intra-datacenter interconnection that combines an optical slot switching architecture with an elastic burst-mode coherent transponder capable to change its modul
Optical solitons in fibers which were theoretically predicted by Hasegawa and Tappert[1] and experimentally verified by Mollenauer et al[2] have been successfully transmitted without distortion ove
Optical solitons in fibers which were theoretically predicted by Hasegawa and Tappert[1] and experimentally verified by Mollenauer et al[2] have been successfully transmitted without distortion ove
It is approximately a quarter of a century since the word soliton was introduced. During this period various types of solitons were discovered in almost all areas of physics.
Static and dynamic optical spectra of 1.55micron DCPBH-DFB lasers are analyzed. These lasers were packaged in hermetic TECPACs and directly modulated with 1206A and 1210A transmitter circuitry.
The reaction of H sub 2 with undoped silica core fibers was evaluated by means of "in situ" spectral loss measurements.
This paper presents a single-carrier optical coherent transmitter that synthesizes high-fidelity waveforms from N spectral slices with the state-of-the-art electrical drivers.
