Objective
Develop resource allocation methods for multiband elastic optical networks, exploring how additional transmission bands can be used to accommodate connection requests efficiently.
Approach
The project addresses two complementary challenges: making better use of available spectrum and expanding the usable capacity of optical fibers. Its focus is band division multiplexing, which extends transmission into additional spectral bands.
The research program brings together heuristics, optimization, data science, and software tools to study spectrum allocation and network performance. Blocking probability is one of the metrics used to evaluate allocation strategies.
Contribution
The project aims to connect algorithm development with practical tools for evaluating multiband optical networks. Its scope spans allocation methods, computational models, and simulation support for further research.