paper-with-me

Papers

Beyond Single Items: Exploring User Preferences in Item Sets with the Conversational Playlist Curation Dataset

2023-03-13 · Arun Tejasvi Chaganty, Megan Leszczynski, Shu Zhang, Ravi Ganti, Krisztian Balog, Filip Radlinski

Users in consumption domains, like music, are often able to more efficiently provide preferences over a set of items (e.g. a playlist or radio) than over single items (e.g. songs). Unfortunately, this is an underexplored area of research, with most existing recommendation systems limited to understanding preferences over single items. Curating an item set exponentiates the search space that recommender systems must consider (all subsets of items!): this motivates conversational approaches-where users explicitly state or refine their preferences and systems elicit preferences in natural language-as an efficient way to understand user needs. We call this task conversational item set curation and present a novel data collection methodology that efficiently collects realistic preferences about item sets in a conversational setting by observing both item-level and set-level feedback. We apply this methodology to music recommendation to build the Conversational Playlist Curation Dataset (CPCD), where we show that it leads raters to express preferences that would not be otherwise expressed. Finally, we propose a wide range of conversational retrieval models as baselines for this task and evaluate them on the dataset.

📄 PDF Abstract BibTeX arXiv:2303.06791

Code (1)

google-research-datasets/cpcd 공식 구현

Tasks

Music RecommendationRecommendation SystemsRetrieval

Similar Papers 제목 키워드 기반

Exploring Deep Space: Learning Personalized Ranking in a Semantic Space

2016-08-22 · Vuurens Jeroen B. P., Larson Martha, de Vries Arjen P.

Recommender systems leverage both content and user interactions to generate recommendations that fit users' preferences. The recent surge of interest in deep learning presents new opportunities for exploiting these two s…

Recommendation Systems

Dual Preference Distribution Learning for Item Recommendation

2022-01-24 · Xue Dong, Xuemeng Song, Na Zheng, Yinwei Wei 외

Recommender systems can automatically recommend users with items that they probably like. The goal of them is to model the user-item interaction by effectively representing the users and items. Existing methods have prim…

AttributeRecommendation Systems

Beyond Positive History: Re-ranking with List-level Hybrid Feedback

2024-10-28 · Muyan Weng, Yunjia Xi, Weiwen Liu, Bo Chen 외

As the last stage of recommender systems, re-ranking generates a re-ordered list that aligns with the user's preference. However, previous works generally focus on item-level positive feedback as history (e.g., only clic…

Contrastive LearningRecommendation SystemsRe-Ranking

Recommendations Beyond Catalogs: Diffusion Models for Personalized Generation

2025-02-05 · Gabriel Patron, Zhiwei Xu, Ishan Kapnadak, Felipe Maia Polo

Modern recommender systems follow the guiding principle of serving the right user, the right item at the right time. One of their main limitations is that they are typically limited to items already in the catalog. We pr…

Recommendation Systems

Multiple Choice Questions based Multi-Interest Policy Learning for Conversational Recommendation

2021-12-22 · Yiming Zhang, Lingfei Wu, Qi Shen, Yitong Pang 외

Conversational recommendation system (CRS) is able to obtain fine-grained and dynamic user preferences based on interactive dialogue. Previous CRS assumes that the user has a clear target item. However, for many users wh…

AttributeConversational RecommendationMultiple-choice