Reformulating Sequential Recommendation: Learning Dynamic User Interest with Content-enriched Language Modeling
Junzhe Jiang, Shang Qu, Mingyue Cheng, Qi Liu, Zhiding Liu, Hao Zhang,, Rujiao Zhang, Kai Zhang, Rui Li, Jiatong Li, Min Gao

TL;DR
This paper introduces LANCER, a novel method that uses pre-trained language models to improve sequential recommendation systems by better capturing user interests and contextual information, leading to more human-like recommendations.
Contribution
The paper proposes LANCER, a new approach that integrates language models into recommender systems to enhance understanding of user preferences and contextual cues.
Findings
LANCER outperforms existing methods on benchmark datasets.
Language models improve contextual understanding in recommendations.
The approach provides more personalized and human-like suggestions.
Abstract
Recommender systems are indispensable in the realm of online applications, and sequential recommendation has enjoyed considerable prevalence due to its capacity to encapsulate the dynamic shifts in user interests. However, previous sequential modeling methods still have limitations in capturing contextual information. The primary reason is the lack of understanding of domain-specific knowledge and item-related textual content. Fortunately, the emergence of powerful language models has unlocked the potential to incorporate extensive world knowledge into recommendation algorithms, enabling them to go beyond simple item attributes and truly understand the world surrounding user preferences. To achieve this, we propose LANCER, which leverages the semantic understanding capabilities of pre-trained language models to generate personalized recommendations. Our approach bridges the gap between…
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Taxonomy
TopicsTopic Modeling · Recommender Systems and Techniques · Natural Language Processing Techniques
