Sling Academy
Home/PyTorch/Page 5

PyTorch

Learn everything about PyTorch, one of the most deep learning framework these days

Building a Music Recommendation System Using PyTorch Embeddings and Implicit Feedback

Updated: Dec 16, 2024
Music recommendation systems are an integral part of music streaming services, allowing users to discover new songs based on their listening habits. In this article, we'll explore how to build a music recommendation system using PyTorch......

Integrating PyTorch into Existing Recommender Infrastructures for Smooth Deployment

Updated: Dec 16, 2024
With the advancement of artificial intelligence, recommender systems have evolved significantly. PyTorch, a leading open-source machine learning library, offers robust and flexible tools for building such systems. However, integrating......

Adapting Transfer Learning Techniques for Recommender Systems in PyTorch

Updated: Dec 16, 2024
Transfer learning has become a monumental strategy in deep learning applications, especially when it comes to computer vision and natural language processing tasks. However, its utility within recommender systems, particularly using......

Customizing Loss Functions in PyTorch to Improve Recommendation Relevance

Updated: Dec 16, 2024
In the world of machine learning, particularly in recommendation systems, loss functions play a crucial role in driving the training process towards a goal. PyTorch, a widely used deep learning framework, allows for customization of these......

Scaling Up Recommender Pipelines Using PyTorch Lightning and Ray Clusters

Updated: Dec 16, 2024
Recommender systems have become a cornerstone in modern applications, from e-commerce to streaming services. Scaling these systems efficiently while maintaining high performance can be a daunting task. In this article, we’ll explore how to......

Applying Reinforcement Learning in PyTorch to Dynamic Recommender Systems

Updated: Dec 16, 2024
Reinforcement Learning (RL) has become an increasingly popular approach for building dynamic recommender systems due to its ability to learn complex sequential patterns and adapt to changing environments. PyTorch, known for its flexibility......

Building a Social Network-Based Recommender System with PyTorch and GNNs

Updated: Dec 16, 2024
In today's digital era, social network-based recommender systems are becoming increasingly pivotal across various online platforms. These systems leverage the power of connections between users to provide personalized recommendations. In......

Experimenting with Variational Autoencoders in PyTorch for Latent Factor Modeling

Updated: Dec 16, 2024
Variational Autoencoders (VAEs) are a powerful group of neural networks used for learning latent representations. With their stochastic nature, VAEs provide a framework for generating data, thus making them quite suitable for a variety of......

Evaluating Recommender Metrics with PyTorch and Custom Evaluation Scripts

Updated: Dec 15, 2024
Evaluating recommender systems involves several key metrics that determine how well a recommendation model performs in real-world scenarios. With the rise of deep learning frameworks like PyTorch, building and evaluating complex models......

Implementing a Sequential User-Interaction Model in PyTorch for Personalized Suggestions

Updated: Dec 15, 2024
In recent years, personalized suggestion systems have become integral components of web-based applications, enhancing user experiences by intelligently filtering content and making recommendations based on user preferences. These systems......

Integrating Contextual Features into PyTorch for Next-Best Action Recommendations

Updated: Dec 15, 2024
Incorporating contextual data into machine learning models is fundamental for making well-informed recommendations. With the rise of personalized experiences, understanding the context—such as user behavior, environmental factors, or......

Fine-Tuning Pretrained Embeddings for Hybrid Recommendation in PyTorch

Updated: Dec 15, 2024
IntroductionHybrid recommendations have gained traction by combining different techniques to improve recommendation systems' accuracy and effectiveness. Fine-tuning pretrained embeddings for hybrid recommendations in PyTorch involves using......