解决推荐系统持续学习中的动态适应与记忆保持难题
Continual Recommender Systems
- 针对用户兴趣变化设计可塑性与稳定性平衡机制
- 支持冷启动物品和实时反馈下的推荐优化
- 适合推荐系统研发者及工业界部署人员参考
现代推荐系统面临用户兴趣、物品池和流行趋势持续变化的动态环境,模型需实时适应且不遗忘历史偏好。现有持续学习教程覆盖视觉、图等领域,但未聚焦推荐系统的特殊需求,如个性化稳定与可塑性权衡、冷启动物品处理、流式反馈下的推荐指标优化。本教程旨在填补这一空白:首先回顾背景与问题设定,系统梳理现有方法;接着分析持续学习在资源受限系统与顺序交互场景中的实际应用;最后探讨开放挑战与未来方向。预期对推荐系统、数据挖掘、人工智能及信息检索领域的学术与产业研究人员均有帮助。
原文摘要 · Abstract (English)
Modern recommender systems operate in uniquely dynamic settings: user interests, item pools, and popularity trends shift continuously, and models must adapt in real time without forgetting past preferences. While existing tutorials on continual or lifelong learning cover broad machine learning domains (e.g., vision and graphs), they do not address recommendation-specific demands-such as balancing stability and plasticity per user, handling cold-start items, and optimizing recommendation metrics under streaming feedback. This tutorial aims to make a timely contribution by filling that gap. We begin by reviewing the background and problem settings, followed by a comprehensive overview of existing approaches. We then highlight recent efforts to apply continual learning to practical deployment environments, such as resource-constrained systems and sequential interaction settings. Finally, we discuss open challenges and future research directions. We expect this tutorial to benefit researchers and practitioners in recommender systems, data mining, AI, and information retrieval across academia and industry.
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