移动采集器无线传感器网络中的局部缓冲管理算法

Sungsuk Kim, S. Yang
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引用次数: 1

摘要

在无线传感器网络(WSNs)中,靠近基站的传感器节点由于其高数据传输活动,其能量会迅速耗尽。为了解决这个问题,引入了移动收集器(MC)的概念,但仍然需要本地缓冲区管理算法,这是本文主要关注的问题。首先,每个传感器只通过MC传输采集到的数据,如果一个原始数据按照标准连续两个周期呈现规律性,则该值将以不同的形式存储。为此,本地缓冲区被分成两部分:正确数据(CD)和差异数据(DD)。这样,在不影响数据准确性的前提下,减少了数据的存储量。我们已经实现了一个模拟器来评估所提出的算法的效率。从结果来看,我们知道我们的算法与标准形式相比是相当有效的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Local Buffer Management Algorithm in Wireless Sensor Networks with Mobile Collectors
In wireless Sensor Networks(WSNs), the energy for the sensor nodes that are close to the base station will be quickly depleted due to their high data transmission activities. To address the problem, the concept of Mobile Collectors(MC) is introduced, but in spite of it, local buffer management algorithm is needed, which is our main concern in this paper. At first, each sensor only transmits its gathered data with a MC. If a raw data shows regularity two consecutive periods according to criterion, the value will be stored in a different form. To do so, local buffer is divided into two parts : Correct Data(CD) and Differential Data(DD). In this way, the data needs less storage without the loss of data accuracy. We have implemented a simulator to evaluate the efficiency of the proposed algorithm. From the results, we come to know our algorithm is fairly efficient compared with the normal form.
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