Virtual optical network resource allocation using PCE global concurrent optimization for dynamic deployment of virtual GMPLS-controlled WSON

We present dynamic virtual optical network resource allocation (VON RA) algorithms for on-demand deployment of virtual wavelength switched optical networks (WSONs), which is handled by a resource broker with a virtual network topology manager (VNTM). The resource broker with VNTM dynamically configu...

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Vydáno v:Journal of optical communications and networking Ročník 5; číslo 12; s. 1373 - 1381
Hlavní autoři: Vilalta, Ricard, Munoz, Raul, Casellas, Ramon, Martinez, Ricardo
Médium: Journal Article
Jazyk:angličtina
Vydáno: IEEE 01.12.2013
Témata:
GMPLS/PCE
Heuristic algorithms
Optical fiber networks
Optical fibers
Optical network virtualization
Resource allocation algorithms
Resource management
Virtualization
WSON
ISSN:1943-0620, 1943-0639
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Abstract We present dynamic virtual optical network resource allocation (VON RA) algorithms for on-demand deployment of virtual wavelength switched optical networks (WSONs), which is handled by a resource broker with a virtual network topology manager (VNTM). The resource broker with VNTM dynamically configures and deploys independent instances of virtual WSONs over the same physical optical infrastructure and their own independent virtual generalized multiprotocol label switching control plane. The VON RA is computed by a path computation element using global concurrent optimization, which assigns the resources for the virtual optical links (e.g., wavelengths) and nodes. The experimental assessment and performance evaluation have been carried out in the ADRENALINE testbed. We discuss the obtained results on a National Science Foundation Network topology in terms of the VON request blocking rate and VON setup delay, which are used to compare the different proposed algorithms.
AbstractList We present dynamic virtual optical network resource allocation (VON RA) algorithms for on-demand deployment of virtual wavelength switched optical networks (WSONs), which is handled by a resource broker with a virtual network topology manager (VNTM). The resource broker with VNTM dynamically configures and deploys independent instances of virtual WSONs over the same physical optical infrastructure and their own independent virtual generalized multiprotocol label switching control plane. The VON RA is computed by a path computation element using global concurrent optimization, which assigns the resources for the virtual optical links (e.g., wavelengths) and nodes. The experimental assessment and performance evaluation have been carried out in the ADRENALINE testbed. We discuss the obtained results on a National Science Foundation Network topology in terms of the VON request blocking rate and VON setup delay, which are used to compare the different proposed algorithms.
Author Munoz, Raul
Martinez, Ricardo
Casellas, Ramon
Vilalta, Ricard
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crossref_primary_10_1016_j_physa_2019_122908
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Snippet We present dynamic virtual optical network resource allocation (VON RA) algorithms for on-demand deployment of virtual wavelength switched optical networks...
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SubjectTerms GMPLS/PCE
Heuristic algorithms
Optical fiber networks
Optical fibers
Optical network virtualization
Resource allocation algorithms
Resource management
Virtualization
WSON
Title Virtual optical network resource allocation using PCE global concurrent optimization for dynamic deployment of virtual GMPLS-controlled WSON
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