In response to the quantity of information available on the Internet, many online service providers are attempting to customize their services and make content access more simple via recommender systems (RSs) to support users in discovering the products they are most likely interested in. However, these recommendation systems are prone to popularity bias, which is a tendency to promote popular items even if they do not satisfy a user’s preferences and then provide customers with recommendations of poor quality. Such a bias has a negative influence on both users and item providers. It is then essential to mitigate such bias in order to guarantee that less popular but pertinent items show up on the user’s recommendation list. In this work, we...
Most recommender systems are evaluated on how they accurately predict user ratings. However, individ...
Multimodal-aware recommender systems (MRSs) exploit multimodal content (e.g., product images or desc...
Recommender systems are becoming widely used in everyday life. They use machine learning algorithms ...
In this paper, we present the results of an empirical evaluation investigating how recommendation a...
Recommender systems help people find relevant content in a personalized way. One main promise of suc...
Recommender systems learn from historical users’ feedback that is often non-uniformly distributed ac...
Historical interactions leveraged by recommender systems are often non-uniformly distributed across ...
Recommender systems learn from historical user-item interactions to identify preferred items for tar...
Datasets used for the offline evaluation of recommender systems are collected through user interacti...
Collaborative filtering algorithms have the advantage of not requiring sensitive user or item inform...
In this paper, we attempt to correct a popularity bias, which is the tendency for popular items to b...
International audienceRecommendation systems have been integrated into the majority of large online ...
Recommender Systems are widely used to personalize the user experience in a diverse set of online ap...
Recommender systems have the potential of helping users in finding relevant items in the online envi...
What we discover and see online, and consequently our opinions and decisions, are becoming increasin...
Most recommender systems are evaluated on how they accurately predict user ratings. However, individ...
Multimodal-aware recommender systems (MRSs) exploit multimodal content (e.g., product images or desc...
Recommender systems are becoming widely used in everyday life. They use machine learning algorithms ...
In this paper, we present the results of an empirical evaluation investigating how recommendation a...
Recommender systems help people find relevant content in a personalized way. One main promise of suc...
Recommender systems learn from historical users’ feedback that is often non-uniformly distributed ac...
Historical interactions leveraged by recommender systems are often non-uniformly distributed across ...
Recommender systems learn from historical user-item interactions to identify preferred items for tar...
Datasets used for the offline evaluation of recommender systems are collected through user interacti...
Collaborative filtering algorithms have the advantage of not requiring sensitive user or item inform...
In this paper, we attempt to correct a popularity bias, which is the tendency for popular items to b...
International audienceRecommendation systems have been integrated into the majority of large online ...
Recommender Systems are widely used to personalize the user experience in a diverse set of online ap...
Recommender systems have the potential of helping users in finding relevant items in the online envi...
What we discover and see online, and consequently our opinions and decisions, are becoming increasin...
Most recommender systems are evaluated on how they accurately predict user ratings. However, individ...
Multimodal-aware recommender systems (MRSs) exploit multimodal content (e.g., product images or desc...
Recommender systems are becoming widely used in everyday life. They use machine learning algorithms ...