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An advanced spectrum resource and security enhancement in multi-domain elastic optic networks using optimization algorithm

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Abstract

Lately, optical systems have exponential traffic growth because of multimedia service. In addition, the ambiguity in anticipating the traffic sources as varied as there are continual changes in content suppliers over the Internet. Multi-domain elastic optical networks (MD-EONs) improve the versatility of the system, provide a better facility, and good interoperability to create managerial areas directed by various transporters. Since the clients in different spaces can dispatch cross-area physical-layer assaults to space, this paper focuses the assault based on attentive administration provisioning in one area of an MD-EON. A practical situation concentrated on considering the light paths. Routing and spectrum assignment (RSA) utilize Bat algorithm (BA) to control the spectrum usage and security-level of the space. The echolocation is considered as provisioning method between space solicitation, structure, and utility capacities for the prey (target). The bat finds the prey through echolocation. The proposed BA model accomplishes attack aware provisioning proficiently by assessing with broad imitations, and the presentation displays improved outcomes. Data loss and block probability ratio is the presentation frameworks which prove that BA-based RSA furnish upgraded results in contrast with different techniques. Also the same system validated using priority-based Concept Results compared with existing approaches.

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Authors and Affiliations

  1. Department of Electrical and Electronics Engineering, PSR Engineering College, Sivakasi, Tamilnadu, India

    Elangovan Vanitha, Erulappan Sakthivel & R. Madavan

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  1. Elangovan Vanitha
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  2. Erulappan Sakthivel
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  3. R. Madavan
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Correspondence to Erulappan Sakthivel.

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Vanitha, E., Sakthivel, E. & Madavan, R. An advanced spectrum resource and security enhancement in multi-domain elastic optic networks using optimization algorithm. J Opt 50, 583–592 (2021). https://doi.org/10.1007/s12596-021-00771-2

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