/RecommenderSystem-Paper

This repository includes some papers that I have read or which I think may be very interesting.

Papers, tools , and framewroks that used in Recommender System

For the convenience of reading, I collect some basic and important papers about recommender system.

Here is the main conferences within recommender system and some categories which I think is interesting:

In this session, I have collected some useful recommeder system engine:

  • Mosaic Mosaic Films is a demo of the recommendationRaccoon engine built on top of Node.js.
  • Contenct Engine This is a production-ready, but very simple, content-based recommendation engine that computes similar items based on text descriptions.
  • Spark Engine This tutorial shows how to run the code explained in the solution paper Recommendation Engine on Google Cloud Platform.
  • Spring Boost How to build a recommendation engine with Spring Boot, Aerospike and MongoDB.
  • Ger Providing good recommendations can get greater user engagement and provide an opportunity to add value that would otherwise not exist.
  • Crab Crab as known as scikits.recommender is a Python framework for building recommender engines integrated with the world of scientific Python packages (numpy, scipy, matplotlib).

In this session, I have collected some useful recommender system algorithm framework:

  • Surprise Surprise is a Python scikit building and analyzing recommender systems.
  • LightFM LightFM is a Python implementation of a number of popular recommendation algorithms for both implicit and explicit feedback, including efficient implementation of BPR and WARP ranking losses.
  • SpotLight Spotlight uses PyTorch to build both deep and shallow recommender models.
  • Python-Recsys A python library for implementing a recommender system.
  • LibRec A java library for the state-of-the-art algorithms in recommeder sytem.
  • SparkMovieLens A scalable on-line movie recommender using Spark and Flask.
  • Elasticsearch Building a Recommender with Apache Spark & Elasticsearch.