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Ads' Click-Through Rates Predicting Based on Gated Recurrent Unit Neural Networks

机译:基于门控复发单位神经网络的广告的点击率预测

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In order to improve the effect of online advertising and to increase the revenue of advertising, the gated recurrent unit neural networks(GRU) model is used as the ads' click through rates(CTR) predicting. Combined with the characteristics of gated unit structure and the unique of time sequence in data, using BPTT algorithm to train the model. Furthermore, by optimizing the step length algorithm of the gated unit recurrent neural networks, making the model reach optimal point better and faster in less iterative rounds. The experiment results show that the model based on the gated recurrent unit neural networks and its optimization of step length algorithm has the better effect on the ads' CTR predicting, which helps advertisers, media and audience achieve a win-win and mutually beneficial situation in Three-Side Game.
机译:为了提高在线广告的效果和增加广告的收入,所需的经常性单位神经网络(GRU)模型用作广告通过速率(CTR)预测。结合门控单元结构的特点和数据中的独特时间序列,使用BPTT算法训练模型。此外,通过优化门控单元经常性神经网络的步长算法,使模型更好地达到最佳点,更快地迭代循环。实验结果表明,基于门控复发单元神经网络的模型及其对步长算法的优化对广告的CTR预测效果更好,这有助于广告商,媒体和观众实现双赢和互利的情况三面游戏。

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