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BRAODCAST ROUTING PATH SELECTION METHOD USING GENETIC ALGORITHM IN AD-HOC NETWORK

机译:AD-HOC网络中基于遗传算法的广播路由路径选择方法

摘要

A broadcast routing path selection method using GA(Genetic Algorithm) in an ad hoc network is provided to efficiently use resources of a network to the maximum during data transmission in the ad hoc network by using the GA. Plural nodes that constitute an ad hoc network are defined as one chromosome, and the chromosome is expressed in pairs(sequence, power) for each node(S300). A sequence-based crossover and a power-based crossover are conducted for parent nodes adjacent to a source node of the nodes, to generate child nodes(S302-S314). A mutation process is carried out for the parent nodes and the child nodes(S316-S328). Power information and each piece of node sequence information of the chromosome are converted into broadcast routing tree information to determine relay nodes, and power of the relay nodes is determined(S330-S334). A broadcast routing path is selected by using the power and the number of the relay nodes.
机译:提供一种在ad hoc网络中使用GA(遗传算法)的广播路由路径选择方法,以通过使用GA在ad hoc网络中的数据传输期间有效地最大程度地利用网络的资源。将构成ad hoc网络的多个节点定义为一条染色体,并且对于每个节点,该染色体以成对(序列,幂)表示(S300)。对与节点的源节点相邻的父节点进行基于序列的交叉和基于功率的交叉,以生成子节点(S302-S314)。对父节点和子节点执行变异过程(S316-S328)。将染色体的功率信息和每个节点序列信息转换为广播路由树信息,以确定中继节点,并确定中继节点的功率(S330-S334)。通过使用中继节点的功率和数量选择广播路由路径。

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