Developed a multimodal recommendation system for click-through-rate prediction, exploring deep learning architectures that combine multiple data modalities to improve recommendation performance.
MY CONTRIBUTION
Contribution
Developed a multimodal deep learning solution for CTR prediction.
Experimented with different model architectures, including Transformer-based approaches.
Evaluated and compared model performance using offline validation.
Optimized the recommendation model based on experimental results.
PROJECT NOTE
Facts
Fields
Deep Learning · Multimodal Learning · Recommendation Systems
Technologies
Python · Transformers · Multimodal Learning
PROJECT NOTE
Full Description
This project focused on click-through-rate (CTR) prediction within the context of the WWW 2025 MM-CTR Challenge.
I developed and optimized a multimodal recommendation system using deep learning techniques, including Transformer-based architectures.
The work involved experimenting with different model architectures, evaluating their predictive performance, and refining the approach through offline validation.
The project explored how multimodal information can be incorporated into recommendation models to predict user interactions more effectively.
Developed and optimized a 3D U-Net deep learning model for brain tumor segmentation using multimodal MRI scans, focusing on identifying tumor regions through volumetric medical image analysis.