Who is next: rising star prediction via diffusion of user interest in social networks
Xuan Yang, Yang Yang, Jintao Su, Yifei Sun, Shen Fan, Zhongyao Wang,, Jun Zhang, Jingmin Chen

TL;DR
This paper introduces RiseNet, a framework that predicts rising star items in e-commerce by modeling the diffusion of user interest in social networks, addressing short-term sales fluctuations and external influences.
Contribution
The paper presents a novel approach combining user interest diffusion modeling with item dynamics using GNNs for accurate rising star prediction.
Findings
RiseNet outperforms existing methods on Taobao datasets.
User interest diffusion is closely linked to rising star emergence.
Effective prediction of short-term sales fluctuations achieved.
Abstract
Finding items with potential to increase sales is of great importance in online market. In this paper, we propose to study this novel and practical problem: rising star prediction. We call these potential items Rising Star, which implies their ability to rise from low-turnover items to best-sellers in the future. Rising stars can be used to help with unfair recommendation in e-commerce platform, balance supply and demand to benefit the retailers and allocate marketing resources rationally. Although the study of rising star can bring great benefits, it also poses challenges to us. The sales trend of rising star fluctuates sharply in the short-term and exhibits more contingency caused by some external events (e.g., COVID-19 caused increasing purchase of the face mask) than other items, which cannot be solved by existing sales prediction methods. To address above challenges, in this paper,…
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Taxonomy
TopicsDigital Marketing and Social Media · Complex Network Analysis Techniques · Recommender Systems and Techniques
