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The Algorithm for Constructing Extremal Graphs Based on MapReduce

机译:基于MapReduce构建极值图构造的算法

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MapReduce is a common programming model for processing and generating large datasets at present. Using the model, the programming for distributed computing can be easier than others. The extremal graph is a graph with the maximum number of edges such that it does not contain given sub graph. The method of constructing extremal graphs is an important research content in Graph Theory. The algorithm of constructing extremal graphs based on the MapReduce programming model is studied in this paper. By mapping the key-value pairs of MapReduce model properly, the parallel constructing algorithms are designed and implemented. Finally, we construct extremal graphs not containing hexagons and with no more than 26 vertices using the algorithm. By the results of experiments, it is showed that the average speedup is 2.55, and the average efficiency is 85%.
机译:MapReduce是一个用于处理和生成大型数据集的常见编程模型。 使用模型,分布式计算的编程可以比其他计算更容易。 极值图是具有最大边缘数的曲线图,使得它不包含给定的子图。 构建极值图的方法是图论中的重要研究内容。 本文研究了基于Mapreduce编程模型构建极值图的算法。 通过正确映射MapReduce模型的键值对,设计并实现了并行构建算法。 最后,我们构建不包含六边形的极端图,并且使用该算法不超过26个顶点。 通过实验结果,显示平均加速度为2.55,平均效率为85%。

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