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Cross-layer flooding for sensor networks without location information

机译:没有位置信息的传感器网络的交叉层泛洪

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Flooding algorithm is one of the most significant algorithms used in sensor networks. Although simple, this algorithm causes a large amount of energy and bandwidth to be wasted. The most important application of flooding is RREQ flooding in initial step of most routing algorithms. Although simple, this algorithm causes a large amount of energy and bandwidth to be wasted. Most previous efficient flooding algorithms use location information, which is impossible for simple node in sensor network. Some others are not suitable for RREQ flooding due to eliminating redundant retransmissions. We present a modified flooding that simultaneously decreases energy consumption as well as network delay. This flooding algorithm is a form of cross layer algorithm which uses physical layer information to be more efficient in time and energy. It is shown that the proposed algorithm can save a significant amount of energy while reducing the settling time delay.
机译:泛洪算法是传感器网络中最重要的算法之一。虽然简单,但这种算法导致大量的能量和带宽浪费。大多数路由算法的初始步骤中,洪水最重要的应用是Rreq洪水。虽然简单,但这种算法导致大量的能量和带宽浪费。最先前的有效洪水算法使用位置信息,传感器网络中的简单节点是不可能的。由于消除了冗余重传,其他人不适合RREQ洪水。我们提出了一种改进的洪水,同时降低能量消耗以及网络延迟。这种泛洪算法是一种跨层算法的形式,其使用物理层信息在时间和能量中更有效。结果表明,所提出的算法可以节省大量的能量,同时降低稳定时间延迟。

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