Learning object-centric complementary features for zero-shot learning
作者:
Highlights:
• An object-centric complementary feature (OCF) learning model is proposed for zero-shot learning.
• The object-centric region refine network can automatically discover the object-centric region and obtain fine-scale images without any human annotation.
• The GDA module is proposed to capture more global visual features corresponding to semantic knowledge like ‘four legs’ and ‘two wings’.
• The proposed LDA module can discover the subtle visual difference between similar categories and contributes to better performance on fine-grained dataset.
• This work provides an end-to-end trainable novel model to capture more discriminative visual features with the guidance of semantic knowledge and compatibility loss.
摘要
•An object-centric complementary feature (OCF) learning model is proposed for zero-shot learning.•The object-centric region refine network can automatically discover the object-centric region and obtain fine-scale images without any human annotation.•The GDA module is proposed to capture more global visual features corresponding to semantic knowledge like ‘four legs’ and ‘two wings’.•The proposed LDA module can discover the subtle visual difference between similar categories and contributes to better performance on fine-grained dataset.•This work provides an end-to-end trainable novel model to capture more discriminative visual features with the guidance of semantic knowledge and compatibility loss.
论文关键词:Zero-shot learning,Object-centric complementary features,Attention mechanism,Image recognition,Salient object detector
论文评审过程:Received 19 December 2019, Revised 11 May 2020, Accepted 7 August 2020, Available online 18 August 2020, Version of Record 24 August 2020.
论文官网地址:https://doi.org/10.1016/j.image.2020.115974