Elastic flexgrid optical networks (FG-ON) are considered a very promising solution for next-
generation optical networks. In this article we focus on lightpath adaptation under variable …

Flexgrid technology is now considered to be a promising solution for future high-speed
network design. In this context, we need a tutorial that covers the key aspects of elastic …

Flexgrid optical networks are attracting huge interest due to their higher spectrum efficiency
and flexibility in comparison with traditional wavelength switched optical networks based on …

Future flexible-grid elastic optical networks are very promising due to their higher spectrum
efficiency and flexibility comparing to the rigid spectrum grid optical networks realized with …

Elastic optical networks enter as a promising technology for the future of high-capacity
networks. Its features provide flexibility and superior scalability in spectrum allocation …

Elastic optical network (EON) technology arises as a promising solution for future high-
speed optical transport, since it can provide superior flexibility and scalability in the spectrum …

Compared to wavelength switched optical networks (WSON), flexgrid optical networks
provide higher spectrum efficiency and flexibility. To properly analyze, design, plan, and …

Elastic optical networks (EONs) are considered a very promising solution for next-generation
optical networks. Elastic spectral bandwidth allocation promotes spectrum utilization …

Elastic optical path networks have been proposed as a promising approach to flexibly use
the optical spectrum (hence the name flexi-grid) thus overcoming the rigidness of traditional …

A spectrum-sliced elastic optical path network (SLICE) architecture has been recently
proposed as an efficient solution for a flexible bandwidth allocation in optical networks. In …