Incomplete Multi-View Weak-Label Learning

Learning from multi-view multi-label data has wide applications. There are two main challenges of this learning task: incomplete views and missing (weak) labels. The former assumes that views may not include all data objects. The weak label setting implies that only a subset of relevant labels are provided for training objects while other labels are missing. Both incomplete views and weak labels can lead to significant performance degradation. In this paper, we propose a novel model (iMVWL) to jointly address the two challenges. iMVWL simultaneously learns a shared subspace from incomplete views with weak labels, the local label structure and the predictor in this subspace, which can not only capture cross-view relationships but also weak-label information of training samples. We further develop an alternative solution to optimize our model, this solution can avoid suboptimal results and reinforce their reciprocal effects, and thus further improve the performance. Extensive experimental results on several real-world datasets validate the effectiveness of our model against other competitive algorithms.

Authors

• Qiaoyu Tan
• Guoxian Yu Shandong University
• Carlotta Domeniconi George Mason University
• Jun Wang University College London
• Zili Zhang

Keywords

• Knowledge Representation and Reasoning: Information Fusion
• Machine Learning: Classification
• Machine Learning: Multi-instance; Multi-label; Multi-view learning
• Machine Learning: Semi-Supervised Learning