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Learning Convolutional Neural Networks for Graphs

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Learning Convolutional Neural Networks for GraphsMathias Labs Europe, Heidelberg, GermanyAbstractNumerous important problems can be framed aslearning from graph data. We propose a frame-work for Learning Convolutional Neural networksfor arbitrary Graphs . These Graphs may be undi-rected, directed, and with both discrete and con-tinuous node and edge attributes. Analogous toimage-based Convolutional Networks that oper-ate on locally connected regions of the input, wepresent a general approach to extracting locallyconnected regions from Graphs . Using estab-lished benchmark data sets, we demonstrate thatthe learned feature representations are competi-tive with state of the art graph kernels and thattheir computation is highly IntroductionWith this paper we aim to bring Convolutional Neural net-works to bear on a large class of graph -based Learning prob-lems.

Learning Convolutional Neural Networks for Graphs a sequence of words. However, for numerous graph col-lections a problem-specific ordering (spatial, temporal, or otherwise) is missing and the nodes of the graphs are not in correspondence. In these instances, one has to solve two problems: (i) Determining the node sequences for which

  Network, Graph, Neural network, Neural, Temporal

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