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 …

The exponential growth in Internet traffic requires a high-capacity transmission platform and
emphasizes the importance of a multi-granularity transport network due to heterogeneous …

In response to bandwidth-hungry applications, the field of elastic optical networks (EONs)
has emerged. In this paper, we investigate the provisioning and allocation problem in EONs …

Elastic optical networks (EONs) provide flexibility to assign wide range of spectral resources
to the connection requests. In this manuscript, we address two issues related to spectrum …

To deal with exponential traffic growth, Elastic Optical Networks (EONs) are necessary
because they enable to provide large capacity transmissions. In EONs, multiple widths of …

Elastic optical networks (EONs) employ dynamic routing and spectrum assignment (RSA)
algorithms to support diverse services and heterogeneous requests. However, these RSA …

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 …

A fragmentation-avoiding spectrum assignment strategy based on spectrum partition is
proposed, which is used to resolve the spectrum fragmentation problem in elastic optical …

Elastic optical networks are seen as an efficient solution for future optical networks. In these
networks, the routing, modulation and spectrum allocation problem consists of finding an …

Elastic optical network (EON) is a promising technology for the next generation of optical
transport network. Routing, modulation and spectrum assignment is one of the key issues in …