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This is an end-to-end pipeline that spans from ETL to model training and API deployment. Each component of the pipeline is containerized separately for easy deployment and scalability. The pipeline uses XGBRanker as the model for ranking and provides an efficient and reliable way to serve predictions to end-users.

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End-to-End Learning-to-Rank Pipeline for Book Ranking Optimization

This project aims to develop an end-to-end learning-to-rank pipeline for optimizing book rankings based on user preferences. The pipeline covers the entire lifecycle, from data storage to the productionization of machine learning models.

Key Features

Data Storage: Implemented scalable and efficient data storage solutions to handle large volumes of book-related data. This ensures that the pipeline can effectively process and analyze the necessary information.

Data Preprocessing:

Conducted thorough data analysis and preprocessing to ensure data quality and suitability for modeling purposes. This step involved cleaning, transforming, and organizing the data to achieve optimal results.

Machine Learning Model Development:

Developed and fine-tuned machine learning models using state-of-the-art algorithms and techniques. These models are designed to accurately rank books based on user preferences, enhancing the overall user experience.

Productionization:

Orchestrated the deployment of machine learning models into a production environment. This involved integrating the models with existing systems, ensuring seamless operation and ongoing model monitoring.

Usage Instructions

Data Storage:

Ensure that the book-related data is stored in the designated data storage system. This can be achieved by following the provided guidelines for data organization and formatting.

Data Preprocessing:

Execute the data preprocessing scripts to clean, transform, and prepare the data for machine learning model development. Refer to the documentation for detailed instructions.

Model Development:

Utilize the provided machine learning algorithms and techniques to develop and fine-tune the models for book ranking optimization. Refer to the codebase and documentation for guidelines on model development and training.

Productionization:

Deploy the trained machine learning models into the production environment, integrating them with the existing systems. Ensure that proper monitoring mechanisms are in place to track model performance and make necessary adjustments.

Dependencies

The project relies on the following dependencies:

Python (version X.X.X) Scikit-learn (version X.X.X) TensorFlow (version X.X.X) Pandas (version X.X.X) NumPy (version X.X.X) SQLAlchemy (version X.X.X) Ensure that these dependencies are installed in your environment before running the pipeline.

License

This project is licensed under the MIT License. Feel free to use, modify, and distribute the codebase in accordance with the terms of this license.

Acknowledgments

We would like to express our gratitude to the contributors and open-source community for their valuable insights and support during the development of this project.

About

This is an end-to-end pipeline that spans from ETL to model training and API deployment. Each component of the pipeline is containerized separately for easy deployment and scalability. The pipeline uses XGBRanker as the model for ranking and provides an efficient and reliable way to serve predictions to end-users.

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