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Assessment of fairness against quality of service parameters in wireless sensor networks

机译:无线传感器网络中针对服务质量参数的公平性评估

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Wireless sensor network (WSN) consists of sensor nodes to sense environmental or physical data and that will be communicated to sink through one hop or multi hop communication. These sensors are small, with limited processing and computing resources. These sensors can sense, measure, and gather information from the environment and transmit that data to the sink. All nodes in network are trying to send data to sink, in such scenario there is possibility of congestion. Congestion may reduce packet deliver ratio, throughput and network lifetime. Network lifetime is depends on energy consumption of each node in network. This paper introduced Adaptive Bandwidth Control (ABC) algorithm, which distribute bandwidth to the nodes as per distance from sink that. This reduces possibility of congestion and energy utilization of all nodes in a network is fair. Analysis is carried out with and without using this algorithm. Results show that energy as well as traffic fairness is improved.
机译:无线传感器网络(WSN)由传感器节点组成,以感知环境或物理数据,并将通过一跳或多跳通信进行通信以汇入接收器。这些传感器很小,处理和计算资源有限。这些传感器可以感测,测量和收集来自环境的信息,并将该数据传输到接收器。网络中的所有节点都试图将数据发送到接收器,在这种情况下,可能会发生拥塞。拥塞可能会降低数据包的传输率,吞吐量和网络寿命。网络寿命取决于网络中每个节点的能耗。本文介绍了自适应带宽控制(ABC)算法,该算法根据到接收器的距离将带宽分配到节点。这减少了拥塞的可能性,并且网络中所有节点的能源利用率是合理的。使用和不使用此算法都可以进行分析。结果表明,能源和交通公平性都得到了改善。

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