In this paper, we present a technique that uses multimodal interactions of users to generate a more accurate list of recommendations optimized for the user. Our approach is a response to the actual scenario on the Web which allows users to interact with the content in different ways, and thus, more information about his preferences can be obtained to improve recommendation. The proposal consists of an ensemble technique that combines rankings generated by unimodal recommenders based on particular interaction types. By using a combination of implicit and explicit feedback from users, we are able to provide better recommendations, as shown by our experimental evaluation presented in this paper.FAPESPCAPE
This thesis investigates the area of preference learning and recommender systems. We concentrated re...
This paper compares five different ways of interacting with an attribute-based recommender system an...
Recommender systems are used to make recommendations about products, information, or services for us...
In this paper, we present a technique that uses multimodal interactions of users to generate a more ...
In this paper, we propose a technique that uses multimodal interactions of users to generate a more ...
This paper proposes a conceptual framework which uses multimodal user feedback to generate a more ac...
Recommender systems are the backbones of a variety of critical services provided by tech-heavy appli...
Many multimodal recommender systems have been proposed to exploit the rich side information associat...
Recommender systems have been systematically applied in industry and academia to help users cope wit...
Recommender systems support users in exploring items that would be interesting for them, building an...
On many of today's most popular Internet service platforms, users are confronted with a seemingly en...
108 pagesOver the last few decades, recommender systems have become important in affecting people's ...
Recommendation systems are becoming more and more popular and are introduced to new domains all of t...
Several techniques are currently used to evaluate recommender systems. These techniques involve off-...
Collaborative filtering is one of the most used approaches for providing recommendations in various ...
This thesis investigates the area of preference learning and recommender systems. We concentrated re...
This paper compares five different ways of interacting with an attribute-based recommender system an...
Recommender systems are used to make recommendations about products, information, or services for us...
In this paper, we present a technique that uses multimodal interactions of users to generate a more ...
In this paper, we propose a technique that uses multimodal interactions of users to generate a more ...
This paper proposes a conceptual framework which uses multimodal user feedback to generate a more ac...
Recommender systems are the backbones of a variety of critical services provided by tech-heavy appli...
Many multimodal recommender systems have been proposed to exploit the rich side information associat...
Recommender systems have been systematically applied in industry and academia to help users cope wit...
Recommender systems support users in exploring items that would be interesting for them, building an...
On many of today's most popular Internet service platforms, users are confronted with a seemingly en...
108 pagesOver the last few decades, recommender systems have become important in affecting people's ...
Recommendation systems are becoming more and more popular and are introduced to new domains all of t...
Several techniques are currently used to evaluate recommender systems. These techniques involve off-...
Collaborative filtering is one of the most used approaches for providing recommendations in various ...
This thesis investigates the area of preference learning and recommender systems. We concentrated re...
This paper compares five different ways of interacting with an attribute-based recommender system an...
Recommender systems are used to make recommendations about products, information, or services for us...