基于跨层的无线多媒体传感器网络能量感知和分组调度算法

L. Jenila, R. Canessane
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引用次数: 0

摘要

利用传感器网络进行视频传输在工业和监控应用中发挥着重要作用。在带宽有限、拥塞严重、路由多跳等条件下,要保证服务质量,多媒体传输也是一项具有挑战性的任务。采用跨层方法处理传感器网络上的多媒体传输,提高网络自适应能力。为了降低拥塞率,提高路由节点间的链路质量,提出了基于跨层能量感知和分组调度算法。节点间的链路质量估计采用半马尔可夫过程。节点拥塞率用于识别节点的数据通道速率。数据包调度过程利用队列调度组件确定高优先级的数据包,通过链路质量处理选择活动节点,并根据优先级级别将数据包发送到sink。仿真分析表明,与传统方案相比,该机构的效率更高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cross Layer based Energy Aware and Packet Scheduling Algorithm for Wireless Multimedia Sensor Network
Video transmission using sensor networks plays a most significant role in industrial and surveillance applications. Multimedia transmission is also a challenging task in case of guaranteeing quality of service in conditions like limited bandwidth, high congestion, multi-hop routing, etc. Cross layer approach is carried out to handle multimedia transmission over sensor networks for improving network adaptivity. Cross layer based energy aware and packet scheduling algorithm is proposed here to reduce congestion ratio and to improve link quality between the routing nodes. Link quality estimation among nodes is done using Semi-Markov process. Node congestion rate is determined for identifying node’s data channel rate. Packet scheduling process determines the highly prioritized packets by using queue scheduler component thereby the active nodes are selected through link quality process and the packets are transmitted to sink based on prioritize level. Simulation analysis is carried out and the efficiency of the proposed mechanism is proved to be better while comparing with the conventional schemes.
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