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Awesome GitHub RepositoriesDual-Tower Architectures

Retrieval models using two separate neural networks to embed users and items into a shared vector space.

Distinct from Vector Retrieval Systems: Specifically describes the twin-network architecture for similarity search, whereas Vector Retrieval Systems is the broader category.

Explore 2 awesome GitHub repositories matching artificial intelligence & ml · Dual-Tower Architectures. Refine with filters or upvote what's useful.

Awesome Dual-Tower Architectures GitHub Repositories

AI के साथ बेहतरीन रिपॉजिटरी खोजें।हम AI का उपयोग करके सबसे सटीक रिपॉजिटरी खोजेंगे।
  • wangshusen/recommendersystemwangshusen का अवतार

    wangshusen/RecommenderSystem

    4,117GitHub पर देखें↗

    This project is a neural recommendation system framework designed for building industrial-scale suggestion engines. It functions as a machine learning pipeline that implements candidate retrieval and multi-stage ranking models to suggest relevant items based on user behavior and preferences. The framework utilizes a dual-tower retrieval engine to embed users and items into a shared vector space for fast similarity searches. It incorporates a recommendation diversity controller and a re-ranking mechanism to penalize redundancy, while a sequential user behavior model processes chronological act

    Utilizes a dual-tower retrieval engine for fast similarity searches via user and item embeddings.

    GitHub पर देखें↗4,117
  • facebookresearch/dlrmfacebookresearch का अवतार

    facebookresearch/dlrm

    4,044GitHub पर देखें↗

    This is a PyTorch recommendation framework and deep learning recommendation model designed to generate personalized content predictions. It functions as a distributed embedding trainer that processes dense and sparse features through a neural network architecture to predict user preferences. The project implements a CUDA-optimized machine learning system using specialized GPU kernels to accelerate embedding lookup and aggregation. It employs a distributed approach to shard massive sparse feature tables across multiple GPUs, enabling the training of large-scale models. The system utilizes a t

    Processes dense and sparse features through separate networks before merging them via a dot product interaction layer.

    Python
    GitHub पर देखें↗4,044
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