2010Unpublished venueRequires access

Performance Evaluation of Algorithms for Wavelength Assignment in Optical WDM Networks

Paulo H. G. Bezerra, Afonso Jorge Ferreira Cardoso, Carlos Renato Lisboa Francês

Open publisher page 5 citations

Abstract

Summary This paper evaluates the performance of three algorithms for allocating wavelength optical networks WDM (Wavelength Division Multiplexing) and they are: first-fit, least-used e most-used. The objective of the experiment was to simulate the performance of allocation algorithms on relevant aspects: throughput and blocking probability. To this end, a series of measurements were performed using a simulation tool for networks WDM called OWNS (Optical WDM Network Simulator) to perform an analysis of the problem RWA (Routing and Wavelenght Assignment) based on the algorithms studied in this article. The results of the experiments back in a different analysis where the allocation of wavelengths where overlaps in importance to routing

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What this paper is about

Summary This paper evaluates the performance of three algorithms for allocating wavelength optical networks WDM (Wavelength Division Multiplexing) and they are: first-fit, least-used e most-used. The objective of the experiment was to simulate the performance of allocation algorithms on relevant aspects: throughput and blocking probability. To this end, a series of measurements were performed using a simulation tool for networks WDM called OWNS (Optical WDM Network Simulator) to perform an analysis of the problem RWA (Routing and Wavelenght Assignment) based on the algorithms studied in this article. The results of the experiments back in a different analysis where the allocation of wavelengths where overlaps in importance to routing

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Available abstract

Summary This paper evaluates the performance of three algorithms for allocating wavelength optical networks WDM (Wavelength Division Multiplexing) and they are: first-fit, least-used e most-used. The objective of the experiment was to simulate the performance of allocation algorithms on relevant aspects: throughput and blocking probability. To this end, a series of measurements were performed using a simulation tool for networks WDM called OWNS (Optical WDM Network Simulator) to perform an analysis of the problem RWA (Routing and Wavelenght Assignment) based on the algorithms studied in this article. The results of the experiments back in a different analysis where the allocation of wavelengths where overlaps in importance to routing

Key concepts: Wavelength-division multiplexing, Routing and wavelength assignment, Blocking (statistics), Computer science, Throughput, Routing (electronic design automation), Wavelength, Multiplexing

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