混合主动在线学习框架用于光网络故障检测中的标签高效概念漂移自适应

Hybrid Active-Online Learning Framework for Label-Efficient Concept Drift Adaptation in Optical Network Failure Detection

精选理由

这篇论文只用3.4%的标注数据就搞定了光网络故障检测中的概念漂移,效率高延迟低,做在线学习和故障检测的朋友可以看看。

AI 摘要

该论文提出一种混合主动在线学习框架,针对光网络故障检测中的概念漂移问题。采用基于边界的选择性标注策略,仅需查询3.4%的流式样本即可达到接近上限的准确率和AUC分数。相比于静态推理,该方法延迟开销可忽略不计。实验验证了该框架在标签高效场景下的有效性。

原文 · arXiv cs.LG

Hybrid Active-Online Learning Framework for Label-Efficient Concept Drift Adaptation in Optical Network Failure Detection

We propose a hybrid active-online learning framework for label-efficient concept drift adaptation in optical network failure detection. Using margin-based selective labeling, our method achieves nearceiling accuracy and AUC scores while querying only 3.4% of streaming samples, with negligible latency overhead compared to static inference.

混合主动在线学习框架用于光网络故障检测中的标签高效概念漂移自适应 · AI 热点