This is our implementation of ENMF: Efficient Neural Matrix Factorization (TOIS. 38, 2020). This also provides a fair evaluation of existing state-of-the-art recommendation models.
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Updated
Jul 22, 2021 - Python
This is our implementation of ENMF: Efficient Neural Matrix Factorization (TOIS. 38, 2020). This also provides a fair evaluation of existing state-of-the-art recommendation models.
The code repository for the paper: Peijie et al., Neighborhood-Enhanced Supervised Contrastive Learning for Collaborative Filtering. IEEE TKDE, 2023.
Source code for the RecSys 2024 paper "Revisiting LightGCN: Unexpected Inflexibility, Inconsistency, and A Remedy Towards Improved Recommendation."
A movie recommendation system utilizing a Graph Neural Network (GNN) framework implemented in Jupyter Notebook
Deep learning music matcher that connects users based on complex listening patterns using GNN embeddings and Last.fm data.
RecSys Codes based on PyTorch
An institutional Deal Flow OS connecting founders and investors. Built on a Next.js/FastAPI microservices architecture, it features a PyTorch LightGCN/SBERT recommendation engine, a Zero-Knowledge E2EE Vault for secure data, and Groq-powered GenAI for automated due diligence.
Implementation of various collaborative filtering methods for recommender systems with implicit feedback
Two-Tower RecSys + FAISS retrieval + cold-start demo (Amazon Video Games 2023)
Comparative Analysis of Recommender Systems on Goodreads Data: A study benchmarking SVD, SVAE, NGCF, and LightGCN models to understand their efficacy in book recommendation.
A Recommender System for Google Maps reviews using LightGCN.
🧴 妆策AI 面向美妆新零售实战场景的智能推荐与营销转化平台 | AI-powered Beauty New Retail Platform | 15+ Algorithms | GBDT AUC=0.9993 | LightGCN HR@10=0.8413 | Six-Dimension Scoring
A sample pipeline that generates graph-based Embeddings for a graph and uses them to predict potential drug-disease associations
"GNN(LightGCN) 기반 Long-tail 추천 시스템 | Tail-aware Sampling(DC/BC) | AWS SageMaker HPO | PyTorch"
This repository documents our comprehensive approach to building an effective recommendation system for predicting customer repurchases on Carrefour's eCommerce platform. Starting with simple statistical methods and progressing to advanced neural network architectures, we've explored multiple approaches to tackle this recommendation challenge.
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