Channel Allocation Optimization Scheme for Wireless Mesh Network Based On Genetic Algorithm
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DOI: 10.23977/ESAC2020030
Corresponding Author
Yu Zhao
ABSTRACT
This template explains and demonstrates how to prepare your camera-ready paper for Wireless mesh network can reduce inter-channel interference and increase network throughput through multi-interface multi-channel technology. This paper researches how to allocate channels to minimize interference, so as to improve throughput. In view of the shortcomings of the previous protocol interference model, this paper proposes a protocol model that can describe interference more accurately. Because the channel allocation problem is an NP problem, this paper optimizes channel allocation through genetic algorithm and obtains the relative optimal solution of channel allocation in a short time. The results show that channel allocation by genetic algorithm can reduce a lot of channel interference and improve the network throughput significantly. Compared with other channel allocation schemes, this scheme has higher network throughput..
KEYWORDS
Multi-interface Multi-channel; Wireless Mesh Network; Genetic Algorithm