A Blended Deep Learning Approach for Predicting User Intended Actions
Fei Tan, Zhi Wei, Jun He, Xiang Wu, Bo Peng, Haoran Liu, and Zhenyu, Yan

TL;DR
This paper introduces a novel end-to-end deep learning model that effectively predicts user attrition by integrating multi-source user data and tracking activity evolution, outperforming traditional methods and aiding business decision-making.
Contribution
It presents a new deep learning scheme combining multi-path learning, multi-snapshot techniques, and historical user intentions for improved attrition prediction.
Findings
Outperforms existing approaches on multiple datasets
Provides effective interpretation and visualization of user activity patterns
Identifies critical factors influencing user attrition
Abstract
User intended actions are widely seen in many areas. Forecasting these actions and taking proactive measures to optimize business outcome is a crucial step towards sustaining the steady business growth. In this work, we focus on pre- dicting attrition, which is one of typical user intended actions. Conventional attrition predictive modeling strategies suffer a few inherent drawbacks. To overcome these limitations, we propose a novel end-to-end learning scheme to keep track of the evolution of attrition patterns for the predictive modeling. It integrates user activity logs, dynamic and static user profiles based on multi-path learning. It exploits historical user records by establishing a decaying multi-snapshot technique. And finally it employs the precedent user intentions via guiding them to the subsequent learning procedure. As a result, it addresses all disadvantages of conventional…
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Taxonomy
TopicsCustomer churn and segmentation · Recommender Systems and Techniques · Data Mining Algorithms and Applications
