5 repositorios
Processes for preparing and cleaning user interaction datasets specifically for recommendation models.
Distinct from Recommendation Datasets: Shortlist candidates are either general datasets or recommendation engines, not the engineering process
Explore 5 awesome GitHub repositories matching artificial intelligence & ml · Recommendation Data Engineering. Refine with filters or upvote what's useful.
This project is a recommendation system framework designed for building, evaluating, and operationalizing personalized item suggestion engines. It provides a comprehensive toolkit for implementing collaborative filtering and content-based algorithms, supported by an end-to-end machine learning pipeline for preparing datasets and deploying predictive models. The framework distinguishes itself through the integration of knowledge graphs to provide richer context for recommendations and the use of industry-specific patterns to accelerate system deployment. It also includes a specialized model ev
Provides a comprehensive workflow for preparing, cleaning, and splitting interaction datasets for ML models.
ParlAI is a conversational AI research framework designed for training, evaluating, and sharing dialogue models using a unified interface for datasets and agents. It functions as a PyTorch-based training platform and a dialogue data collection system, providing a centralized model zoo for the distribution of versioned pretrained agents. The project distinguishes itself through a knowledge-grounded retrieval system that combines dense and sparse indexing to ground responses in external information. It also provides a comprehensive infrastructure for gathering human-AI interaction data via inte
Provides utilities to print and preview the first few examples of a task dataset.
Gorse is a personalized recommendation engine server and machine learning pipeline designed to suggest items to users based on their behavior and preferences. It operates as a distributed system that separates training, candidate generation, and serving nodes to support high-throughput workloads. The system utilizes a multi-stage recommendation pipeline to refine results through retrieval, scoring, and reranking. It generates personalized suggestions using collaborative filtering, matrix factorization, and item-to-item similarity models, while also providing non-personalized and fallback reco
Allows retrieving and filtering users, items, and categories to verify the current state of the recommendation dataset.
dlt es una herramienta de ingesta de datos en Python y framework de pipeline ETL diseñado para obtener datos de diversas fuentes y persistirlos en destinos estructurados. Funciona como un motor de inferencia de esquemas que detecta automáticamente tipos de datos y aplana estructuras JSON anidadas en tablas relacionales, moviendo datos desde fuentes a lakehouses, almacenes de datos o bases de datos vectoriales. El proyecto destaca por la generación de pipelines impulsada por IA, utilizando modelos de lenguaje de gran tamaño para crear código de extracción y conectores para APIs REST. También admite almacenamiento vectorial multimodal y población especializada de bases de datos vectoriales para soportar aplicaciones de IA y machine learning. El framework cubre una amplia gama de capacidades, incluyendo evolución automática de esquemas, carga incremental de datos mediante seguimiento de estado y validación de calidad de datos mediante la aplicación de contratos de datos. Proporciona herramientas para la normalización de datos relacionales, transformaciones pre y post-carga, y una variedad de adaptadores de destino para bases de datos SQL y almacenes de objetos en la nube. La observabilidad se maneja a través de paneles de ejecución de pipelines, seguimiento de linaje de columnas y verificación de versiones de esquema mediante hashes basados en contenido.
Allows for the inspection of destination datasets using read-only SQL queries and row count retrieval.
Neural collaborative filtering is a recommendation system framework that predicts user item preferences from implicit feedback by combining generalized matrix factorization and multi-layer perceptron networks through a shared final embedding layer. It captures both linear and non-linear interactions to model user preferences from historical data. The framework executes training and evaluation runs through a configuration-driven pipeline accessible via command-line interfaces, parsing hyperparameters such as learning rates, batch sizes, and latent dimensions. It optimizes implicit feedback mod
Organizes user interaction history into training ratings, positive test instances, and negative samples for evaluation pipelines.