… A simple low-complexity receiver design for the FOCS is … of the phase dithering technique
with a digital filter to reduce the … is the use of the digital back-propagation technique to further …

… today’s long-haul, high-capacity coherent transmission systems. They mitigate the … method
for dispersion and nonlinear compensation in fiber networks via deep learning based digital …

… functions and field operation of the transmission system, which is beyond the scope of this
… , “Reduced complexity digital back-propagation methods for optical communication systems,…

… Therefore, the proposed technique brings an efficient method to improve the performance
of high-baudrate transmission systems while maintaining a low level of complexity for DBP. …

… optical fiber communication system operating at 32 Gbaud with 64-quadrature amplitude
modulation and 20 × 80 km transmission … two methods to reduce the overall complexity of PA-…

… To reduce complexity, both dispersion and nonlinearity could be … tal back-propagation. Our
experiment concentrates on wideband multi-channel long-haul optical transmission systems. …

… blind back-propagation (BP) method for fiber nonlinearity compensation with low computational
complexity … to further boost the transmission capacity of the fiber communication system, …

… capacity of long-distance optical fiber communication. Digital back-propagation (DBP) is a
… Our results suggest emerging low-complexity neural network-based nonlinear equalization …

… less complex) algorithms through data-driven optimization [7]. More generally, one can treat
the entire design of a communication system … simplified digital back-propagation algorithm,” …

… high-speed coherent optical transmission systems. We present a … By employing optimal
compression techniques, we … the performance of conventional digital back-propagation (DBP) …