We investigate a digital back-propagation simplification method to enable computationally-
efficient digital nonlinearity compensation for a coherently-detected 112 Gb/s polarization …

We propose and numerically investigate logarithmic step-size distribution for implementing
efficient digital backward propagation (DBP) algorithm using split-step Fourier method …

A novel FSS-Backed reflectarray unit cell is introduced to design a dual-band X/Ku
Reflectarray Antenna (RA). A Ku-band RA based on this FSS-Backed cell element is …

Recent numerical and experimental studies have shown that coherent optical QPSK (CO-
QPSK) is the promising candidate for next-generation 100Gbit/s Ethernet (100 GbE)(Fludger …

We propose and numerically investigate the logarithmic step-size distribution for
implementing an efficient digital backward propagation (DBP) algorithm using the split-step …

40 and 100 Gb/s Ethernet services have been recently defined and 400G and 1 Tb/s
services are anticipated in the future. Optical transport networks are capable of separating …

With the increase in demand to Backbone networks, one became fundamental the
application of new telecommunication technologies for efficient use of devices and optical …

Recent numerical and experimental studies have shown that coherent transmission with
advanced modulation formats ie DP-QPSK and QAM are the promising candidates for next …

We have investigated a new method to reduce the complexity of the digital backward
propagation algorithm (DBP). A logarithmic step-size based split-step Fourier method …

The project consists of an experimental and numerical modelling study of the applications of
ultra-long Raman fibre laser (URFL) based amplification techniques for high-speed multi …