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Large-scale graph processing using Apache Giraph

机译:使用Apache Giraph进行大规模图形处理

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摘要

Analysis of graphical data (composed of nodes with edges between them) is a particularly challenging facet of the big data problem. Relational data (tables defining the features of each of a set of entities) enjoy computationally efficient algorithms for streaming processing, such as fast construction of decision trees. But most interesting problems in graph analysis are either NP-hard or require data structures that can quickly grow to exceed the capacity of conventional machines. Such problems benefit greatly from distributing the computation over multiple processors, but the iterative computation characteristic of graph algorithms is not well suited to the MapReduce algorithm [1], which has become ubiquitous in big data implementations.
机译:图形数据(由节点之间具有边的节点组成)的分析是大数据问题特别具有挑战性的方面。关系数据(定义一组实体中的每个实体的表的表)享有用于流处理的高效计算算法,例如快速构建决策树。但是,图分析中最有趣的问题要么是NP难题,要么是需要快速增长的数据结构以超过传统机器的能力。这些问题极大地受益于将计算分布在多个处理器上,但是图算法的迭代计算特性并不十分适合于MapReduce算法[1],MapReduce算法已在大数据实现中变得无处不在。

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