Generating Consensus Explanations for Group Recommendations
Author(s) -
Shabnam Najafian,
Nava Tintarev
Publication year - 2018
Publication title -
data archiving and networked services (dans)
Language(s) - English
Resource type - Conference proceedings
DOI - 10.1145/3213586.3225231
Subject(s) - computer science , group (periodic table) , sequence (biology) , organic chemistry , chemistry , biology , genetics
In some scenarios, like music, people often consume items in groups. However, reaching a consensus is difficult, and often compromises need to be made. Such compromises can potentially help users expand their tastes. They can also lead to outright rejection of the recommended items. One way to avoid this is to explain recommendations that are surprising, or even expected to be disliked, by an individual user. This paper presents an approach for generating explanations for groups. We propose algorithms for selecting a sequence of songs for a group to consume. These algorithms consider consensus but have different trade-offs. Next, using these algorithms we generated explanations in a layered evaluation using synthetic data. We studied the influence of these explanations in structured interviews with users (n=16) on user satisfaction.
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