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 …

Elastic optical networking is a promising technology for the next generation optical networks,
due to its flexibility of spectrum provisioning. Routing, modulation and spectrum assignment …

Elastic optical network (EON) has been a promising technology for the next generation of
core transport networks, because it can support flexible spectrum assignment. Routing …

The evolution of optical networks is enabled by both technological and architectural
advances with the goal of reducing operational and capital expenditure per transmitted bit …

With the rapid development of services such as mobile Internet, high-definition video, and
cloud computing, users' bandwidth requirements are increasing, and the demand for …

The recent decade has witnessed a tremendous growth of Internet traffic, which is expected
to continue climbing for the foreseeable future. As a new paradigm, Spectrum-sliced Elastic …

Elastic optical networking is an attractive technology for the next generation of backbone
networks, because it can flexibly provide spectrum resources to connection requests. In …

Elastic optical networks (EONs), which can flexibly assign spectrum resources to connection
requests, have become the most promising technology for the next generation of optical core …

Most spectrum allocation algorithms in elastic optical networks apply a greedy approach: A
new connection is allocated as long as there are enough spectrum slots to accommodate it …

With the rise of cloud computing in recent years, a large number of streaming media has
yielded an exponential growth in network traffic. With the now present 5G and future 6G, the …