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Gated Value Network for Multilabel Classification
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DOI：10.1109/TNNLS.2020.3019804.png)
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Abstract
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We introduce a gated value network (GVN) for general multilabel classification (MLC) tasks. GVN was motivated by deep value network (DVN) that directly exploits the compatibility metric as the learning pursuit for MLC. Meanwhile, it further improves traditional DVN on twofold. First, GVN relaxes the complex variable optimization steps in DVN inference by incorporating a feedforward predictor for straightforward multilabel prediction. Second, GVN also introduces the gating mechanism to block confounding factors from the input data that allows more precise compatibility evaluations for data and their potential multilabels. The whole GVN framework is trained in an end-to-end manner with policy gradient approaches. We show the effectiveness and generalization of GVN on diverse learning tasks, including document classification, audio tagging, and image attribute prediction.
Keywords:
Logic gates
Optimization
Task analysis
Tagging
Machine learning
Learning systems
Visualization
Feedforward predict
gated value network (GVN)
multilabel classification (MLC)
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