This paper discusses the current challenges in modeling real world recommendation scenarios and proposes the development of a unified Heterogeneous Graph Representation Learning framework for multi-target Cross-Domain recommendation (HGRL4CDR). A shared graph with user-item interactions from multiple domains is proposed as a way to provide an effective representation learning layer and unify the modelling of various heterogeneous data. A heterogeneous graph transformer network will be integrated to the representation learning model to prioritize the most important neighbours, and the proposed model would be able to capture complex information as well as adapt to dynamic changes in the data using matrix perturbation. Using the real wor...
The users' historical interactions usually contain their interests and purchase habits based on whic...
This paper presents a novel recommendation system for e-learning platforms. Recent years have seen t...
This paper exploits self-supervised learning (SSL) to learn more accurate and robust representations...
This paper discusses the current challenges in modeling real world recommendation scenarios and prop...
Published: 08 January 2021 OnlinePublWith the explosive growth of online information, many recommend...
As an important branch of machine learning, recommendation algorithms have attracted the attention o...
University of Technology Sydney. Faculty of Engineering and Information Technology.Personalized reco...
Advanced recommender systems usually involve multiple domains (scenarios or categories) for various ...
Abstract The amount of Internet data is increasing day by day with the rapid development of informat...
Doctor of PhilosophyDepartment of Computer ScienceWilliam H. HsuCurrent research in the field of rec...
The interaction history between users and items is usually stored and displayed in the form of bipar...
Given the users from a social network site, who have been tagged with a set of terms, how can we rec...
Cross-domain recommendation methods usually transfer knowledge across different domains implicitly, ...
Sequential recommendation (SR) learns users' preferences by capturing the sequential patterns from u...
Recent years have witnessed the fast development of the emerging topic of Graph Learning based Recom...
The users' historical interactions usually contain their interests and purchase habits based on whic...
This paper presents a novel recommendation system for e-learning platforms. Recent years have seen t...
This paper exploits self-supervised learning (SSL) to learn more accurate and robust representations...
This paper discusses the current challenges in modeling real world recommendation scenarios and prop...
Published: 08 January 2021 OnlinePublWith the explosive growth of online information, many recommend...
As an important branch of machine learning, recommendation algorithms have attracted the attention o...
University of Technology Sydney. Faculty of Engineering and Information Technology.Personalized reco...
Advanced recommender systems usually involve multiple domains (scenarios or categories) for various ...
Abstract The amount of Internet data is increasing day by day with the rapid development of informat...
Doctor of PhilosophyDepartment of Computer ScienceWilliam H. HsuCurrent research in the field of rec...
The interaction history between users and items is usually stored and displayed in the form of bipar...
Given the users from a social network site, who have been tagged with a set of terms, how can we rec...
Cross-domain recommendation methods usually transfer knowledge across different domains implicitly, ...
Sequential recommendation (SR) learns users' preferences by capturing the sequential patterns from u...
Recent years have witnessed the fast development of the emerging topic of Graph Learning based Recom...
The users' historical interactions usually contain their interests and purchase habits based on whic...
This paper presents a novel recommendation system for e-learning platforms. Recent years have seen t...
This paper exploits self-supervised learning (SSL) to learn more accurate and robust representations...