Searchgcn: Powering Embedding Retrieval By Graph Convolution Networks For E-commerce Search
2021 Β· Xinlin Xia, Shang Wang, Han Zhang, et al.
Abstract
Graph convolution networks (GCN), which recently becomes new state-of-the-art method for graph node classification, recommendation and other applications, has not been successfully applied to industrial-scale search engine yet. In this proposal, we introduce our approach, namely SearchGCN, for embedding-based candidate retrieval in one of the largest e-commerce search engine in the world. Empirical studies demonstrate that SearchGCN learns better embedding representations than existing methods, especially for long tail queries and items. Thus, SearchGCN has been deployed into JD.com's search production since July 2020.
Authors
(none)
Tags
Stats
Related papers
- Neural IR Meets Graph Embedding: A Ranking Model For Product Search (2019)11.85
- Unified Embedding Based Personalized Retrieval In Etsy Search (2023)2.26
- Lightsage: Graph Neural Networks For Large Scale Item Retrieval In Shopee's Advertisement Recommendation (2023)6.77
- Neural Graph Matching For Video Retrieval In Large-scale Video-driven E-commerce (2024)0.00
- Deep Learning Based Large Scale Visual Recommendation And Search For E-commerce (2017)0.00
- Retrieval-grpo: A Multi-objective Reinforcement Learning Framework For Dense Retrieval In Taobao Search (2025)0.00
- Combigcn: An Effective GCN Model For Recommender System (2025)6.77
- Embedding-based Product Retrieval In Taobao Search (2021)13.70