The planning of wide-area networks to achieve robust operation is an ongoing challenge for network providers. Robust means to ensure stable operation of a network in case of fault occurrence. In this paper several scenarios in the context of the German Research Network are discussed to point out robustness aspects in a more detailed manner. The approach to address these challenges is to apply mathematical methods, more precisely exact and approximate integer linear programming and fast combinatorial algorithms.
Robustness in Communication Networks: Scenarios and Mathematical Approaches / Bley, Andreas; D'Andreagiovanni, F; Hanemann, Andreas. - (2020), pp. 105-112. (Intervento presentato al convegno 12. ITG-Fachtagung Photonische Netze - 12th ITG Conference on Photonic Networks tenutosi a Leipzig, Germany nel 2-3/5/2011).
Robustness in Communication Networks: Scenarios and Mathematical Approaches
D'Andreagiovanni F;
2020
Abstract
The planning of wide-area networks to achieve robust operation is an ongoing challenge for network providers. Robust means to ensure stable operation of a network in case of fault occurrence. In this paper several scenarios in the context of the German Research Network are discussed to point out robustness aspects in a more detailed manner. The approach to address these challenges is to apply mathematical methods, more precisely exact and approximate integer linear programming and fast combinatorial algorithms.
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