Content-based filtering for recommendation systems using multiattribute networks

J Son, SB Kim - Expert Systems with Applications, 2017 - Elsevier
Abstract Content-based filtering (CBF), one of the most successful recommendation
techniques, is based on correlations between contents. CBF uses item information …

Personalized recommendation by matrix co-factorization with multiple implicit feedback on pairwise comparison

F Prathama, WF Senjaya, BN Yahya, JZ Wu - Computers & Industrial …, 2021 - Elsevier
Recommendation systems have been tremendously important to assist users to find relevant
items. With the information-overloaded problem, it becomes crucial to understand users' …

Mining semantic knowledge graphs to add explainability to black box recommender systems

M Alshammari, O Nasraoui, S Sanders - IEEE Access, 2019 - ieeexplore.ieee.org
Recommender systems are being increasingly used to predict the preferences of users on
online platforms and recommend relevant options that help them cope with information …

Friend recommendation engine for Facebook users via collaborative filtering

M Alshammari, A Alshammari - International Journal of Computers …, 2023 - fsja.univagora.ro
Today's internet consists of an abundant amount of information that makes it difficult for
recommendation engines to produce satisfying outputs. This huge stream of unrelated data …

An explainable recommender system based on semantically-aware matrix factorization.

MS Alshammari - 2019 - ir.library.louisville.edu
Collaborative Filtering techniques provide the ability to handle big and sparse data to predict
the ratings for unseen items with high accuracy. Matrix factorization is an accurate …

A Scientometric Analysis of Transient Patterns in Recommender Systems with Soft Computing Techniques

C Gupta, A Jain, O Castillo, N Joshi - Computación y Sistemas, 2021 - scielo.org.mx
Recommender systems recommend items to users based on their interests and have seen
tremendous growth due to the use of internet and web services. Recommendation systems …