Abstract
Recently, cross-modal retrieval has gained much attention due to ever-increasing multimedia data. However, existing cross-modal algorithms require that the training set and the test set share the same categories, which cannot well search data of newly emerged categories. Therefore, more practical zero-shot cross-modal retrieval (ZSCMR) has become a promising direction, which aims to search unseen classes (new classes) that never present in the training set. It is very challenging that ZSCMR needs to solve not only the inconsistent semantic between seen and unseen classes but also the semantic gap of the heterogeneous multimedia data. To mitigate these problems, a novel discrete bidirectional matrix factorization hashing method is developed for zero-shot cross-modal retrieval (DMZCR). The proposed DMZCR contains three contributions: 1) A bidirectional matrix factorization scheme is proposed in our model, more discriminative low-rank representation can be learned and the redundant information can also be removed. 2) Inspired by zero-shot learning, we build a multi-layer semantic transmission scheme to model the relationships between classes, features and attributes, then the knowledge can be transferred from seen to unseen classes. 3) The hash codes can be learned by a discrete scheme, reducing the large quantization error caused by relaxation. As far as we know, this work first employs matrix factorization scheme to solve ZSCMR task. Experiments on three popular databases illustrate the efficacy of DMZCR compared with several state-of-the-art algorithms for ZSCMR task.
This work was supported by NSFC [Grant 62020106012, U1836218, 61672265].
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Zhang, D., Wu, XJ., Yu, J. (2021). Discrete Bidirectional Matrix Factorization Hashing for Zero-Shot Cross-Media Retrieval. In: Ma, H., et al. Pattern Recognition and Computer Vision. PRCV 2021. Lecture Notes in Computer Science(), vol 13020. Springer, Cham. https://doi.org/10.1007/978-3-030-88007-1_43
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