A Novel Fair Channel Access Algorithm For Cellular Networks - Quintyne, Vasco
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In this literature, the author evaluates some traditional contentious and non-contentious channel access scheduling algorithms and exposes their inadequacy when minimizing lengthy delays in a multimedia cellular environment. Addressing these inadequacies, a novel approach based on a modified operating systems process scheduling algorithm is proposed. The resulting Delay Weighted Priority Scheduling (DWPS) algorithm is evaluated in comparison to the traditional round-robin and random access scheduling algorithms in a simulated multimedia cellular environment and demonstrates a marked improvement in performance.…mehr

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Produktbeschreibung
In this literature, the author evaluates some traditional contentious and non-contentious channel access scheduling algorithms and exposes their inadequacy when minimizing lengthy delays in a multimedia cellular environment. Addressing these inadequacies, a novel approach based on a modified operating systems process scheduling algorithm is proposed. The resulting Delay Weighted Priority Scheduling (DWPS) algorithm is evaluated in comparison to the traditional round-robin and random access scheduling algorithms in a simulated multimedia cellular environment and demonstrates a marked improvement in performance.
Autorenporträt
Vasco Quintyne holds a BSc. (Hons.) in Information Technology (2003) and an MPhil. in Computer Science (2009) from the University of the West Indies (UWI), Cave Hill Campus. He presented an awarded paper in the WMSCI¿s World Multi-conference on Systematics, Cybernetics and Informatics and has served a peer reviewer for the conference (2009-2010).