2002•Unpublished venueRequires access

The vertexes reduction algorithm for the channel assignment problem-comparison analysis

Władysław Kołosowski, Cezary Ziółkowski

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Abstract

In this paper the vertexes reduction (VR) algorithm is compared to the four general-purpose algorithms for channel assignment. All of them are based on graph coloring techniques and are called: the tabu search algorithm, simulated allocation algorithm, simulated annealing algorithm and maximum node degree algorithm, respectively. Some computational results of the simulation experiments are presented. This shows that the VR algorithm is appropriate for cellular systems where the traffic demand of each cell varies at short intervals.

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What this paper is about

In this paper the vertexes reduction (VR) algorithm is compared to the four general-purpose algorithms for channel assignment. All of them are based on graph coloring techniques and are called: the tabu search algorithm, simulated allocation algorithm, simulated annealing algorithm and maximum node degree algorithm, respectively. Some computational results of the simulation experiments are presented. This shows that the VR algorithm is appropriate for cellular systems where the traffic demand of each cell varies at short intervals.

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Available abstract

In this paper the vertexes reduction (VR) algorithm is compared to the four general-purpose algorithms for channel assignment. All of them are based on graph coloring techniques and are called: the tabu search algorithm, simulated allocation algorithm, simulated annealing algorithm and maximum node degree algorithm, respectively. Some computational results of the simulation experiments are presented. This shows that the VR algorithm is appropriate for cellular systems where the traffic demand of each cell varies at short intervals.

Key concepts: Tabu search, Simulated annealing, Reduction (mathematics), Algorithm, Computer science, Graph coloring, Algorithm design, Graph

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