Generative Long-term User Interest Modeling for Click-Through Rate Prediction

📰 ArXiv cs.AI

Learn how to improve click-through rate prediction using generative long-term user interest modeling, which enhances advertising and recommendation systems

advanced Published 18 May 2026
Action Steps
  1. Build a two-stage framework for CTR prediction
  2. Configure a general search unit (GSU) to retrieve top-k relevant user behaviors
  3. Apply tailored attention in an exact search unit (ESU) to generate interest features
  4. Test the performance of the model using historical user behavior data
  5. Optimize the model by fine-tuning hyperparameters and incorporating additional features
Who Needs to Know This

Data scientists and machine learning engineers on a team can benefit from this approach to improve the accuracy of CTR prediction models, while product managers can use the insights to optimize advertising and recommendation strategies

Key Insight

💡 Incorporating long-term user interests into CTR prediction models can significantly enhance performance

Share This
📈 Improve CTR prediction with generative long-term user interest modeling! #CTRprediction #recommendationsystems

Key Takeaways

Learn how to improve click-through rate prediction using generative long-term user interest modeling, which enhances advertising and recommendation systems

Read full paper → ← Back to Reads

Related Videos

SQLite3 Tutorial - Learn SQL for Python in 17 Minutes
SQLite3 Tutorial - Learn SQL for Python in 17 Minutes
Thomas Janssen
How to Train AI to Play Games ? How AI Learns to Play ? Several Methods EXPLAINED
How to Train AI to Play Games ? How AI Learns to Play ? Several Methods EXPLAINED
MaxonShire
Introduction to Machine Learning: Lesson 05
Introduction to Machine Learning: Lesson 05
Stephen Blum
Pytorch Embedding Model Part 1
Pytorch Embedding Model Part 1
Stephen Blum
Introduction to Machine Learning: Lesson 04
Introduction to Machine Learning: Lesson 04
Stephen Blum
Introduction to Machine Learning: Lesson 03
Introduction to Machine Learning: Lesson 03
Stephen Blum