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Deep Relational Factorization Machine Techniques for Content Usage Prediction via Multiple Interaction Types

机译:深度关系分解机技术通过多种交互类型进行内容使用预测

摘要

A deep relational factorization machine (“DRFM”) system is configured to provide a high-order prediction based on high-order feature interaction data for a dataset of sample nodes. The DRFM system can be configured with improved factorization machine (“FM”) techniques for determining high-order feature interaction data describing interactions among three or more features. The DRFM system can be configured with improved graph convolutional neural network (“GCN”) techniques for determining sample interaction data describing sample interactions among sample nodes, including sample interaction data that is based on the high-order feature interaction data. The DRFM system generates a high-order prediction based on the high-order feature interaction embedding vector and the sample interaction embedding vector. The high-order prediction can be provided to a prediction computing system configured to perform operations based on the high-order prediction.
机译:深度关系分解机(“DRFM”)系统被配置为基于样本节点的数据集的高阶特征交互数据提供高阶预测。 DRFM系统可以配置有改进的分解机(“FM”)技术,用于确定描述三个或更多个特征之间的交互的高阶特征交互数据。 DRFM系统可以配置有改进的图形卷积神经网络(“GCN”)技术,用于确定描述样本节点之间的样本交互数据的样本交互数据,包括基于高阶特征交互数据的样本交互数据。 DRFM系统基于嵌入向量和嵌入向量的样本交互的高阶特征交互生成高阶预测。 可以向预测计算系统提供高阶预测,该预测计算系统被配置为基于高阶预测执行操作。

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