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Multilayer Perceptron Based on Joint Training for Predicting Popularity

机译:基于联合训练的多层感知器预测流行度

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摘要

For predictive analysis, Independent features and feature combination are of equal importance, but most models only focus on either independent features or feature combinations. In this paper, we propose a novel deep network model for predictive analysis. It incorporates two components: wide simple feed-forward neural network and MLP (multilayer perceptron) neural network. The wide simple feed-forward neural network is used to generalize to unseen feature combinations, and MLP neural network's aim to select and memorize vital independent features. The Feed-forward & MLP models are jointly trained for the Feed-forward & MLP model, in order to combine the benefits of selection, memorization and generalization. The results from the experiments show the jointly trained Neural Networks model can achieve ideal accuracy.
机译:对于预测分析,独立特征和特征组合同等重要,但是大多数模型仅关注独立特征或特征组合。在本文中,我们提出了一种用于预测分析的新型深度网络模型。它包含两个组件:宽范围的简单前馈神经网络和MLP(多层感知器)神经网络。广泛的简单前馈神经网络用于概括看不见的特征组合,而MLP神经网络的目的是选择和记忆重要的独立特征。对前馈和MLP模型进行了联合培训以进行前馈和MLP模型,以结合选择,记忆和泛化的好处。实验结果表明,联合训练的神经网络模型可以达到理想的精度。

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