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Joint channel assignment and routing protocol for cognitive radio ad hoc networks

机译:认知无线电自组织网络的联合信道分配和路由协议

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Conventional single channel wireless ad hoc networks usually suffer from low network throughput owing to the higher number of packet transmissions required for multi-hop communication. Using multiple channels within a single network can improve the network throughput. In multi-channel communication networks, the channels must be assigned appropriately to maximise network performance. Existing channel assignment methods are usually based on the approach of interference reduction/minimisation, for example, by making a link to operate on only one channel and different links to operate on different channels. In this paper, we go in the opposite direction and propose to make links to operate on more channels. A new distributed joint channel assignment and routing protocol for cognitive radio ad hoc networks called cognitive radio-enhanced AOMDV is proposed. Simulation studies showed that our method outperforms other methods.
机译:常规的单信道无线自组织网络通常由于多跳通信所需的大量分组传输而遭受低网络吞吐量。在单个网络中使用多个通道可以提高网络吞吐量。在多通道通信网络中,必须适当地分配通道以最大化网络性能。现有的信道分配方法通常基于减少干扰/最小化的方法,例如,通过使链路仅在一个信道上工作而使不同的链路在不同信道上工作来进行。在本文中,我们朝相反的方向提出,建议建立链接以在更多渠道上运作。提出了一种新的用于认知无线电自组织网络的分布式联合信道分配和路由协议,称为认知无线电增强型AOMDV。仿真研究表明,我们的方法优于其他方法。

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