Iterative Boosting Deep Neural Networks for Predicting Click-Through Rate

• URL: http://arxiv.org/abs/2007.13087v1
• Date: Sun, 26 Jul 2020 09:41:16 GMT
• Title: Iterative Boosting Deep Neural Networks for Predicting Click-Through Rate
• Authors: Amit Livne, Roy Dor, Eyal Mazuz, Tamar Didi, Bracha Shapira, and Lior Rokach
• Abstract summary: The click-through rate (CTR) reflects the ratio of clicks on a specific item to its total number of views. XdBoost is an iterative three-stage neural network model influenced by the traditional machine learning boosting mechanism.
• Score: 15.90144113403866
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: The click-through rate (CTR) reflects the ratio of clicks on a specific item to its total number of views. It has significant impact on websites' advertising revenue. Learning sophisticated models to understand and predict user behavior is essential for maximizing the CTR in recommendation systems. Recent works have suggested new methods that replace the expensive and time-consuming feature engineering process with a variety of deep learning (DL) classifiers capable of capturing complicated patterns from raw data; these methods have shown significant improvement on the CTR prediction task. While DL techniques can learn intricate user behavior patterns, it relies on a vast amount of data and does not perform as well when there is a limited amount of data. We propose XDBoost, a new DL method for capturing complex patterns that requires just a limited amount of raw data. XDBoost is an iterative three-stage neural network model influenced by the traditional machine learning boosting mechanism. XDBoost's components operate sequentially similar to boosting; However, unlike conventional boosting, XDBoost does not sum the predictions generated by its components. Instead, it utilizes these predictions as new artificial features and enhances CTR prediction by retraining the model using these features. Comprehensive experiments conducted to illustrate the effectiveness of XDBoost on two datasets demonstrated its ability to outperform existing state-of-the-art (SOTA) models for CTR prediction.

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