Bidirectional weight graph transformation matching algorithm. - Song Wang 008; Xin Guo 005; Xiaomin Mu; Lin Qi 001 (ICAILP, 2014)

Advanced weight graph transformation matching algorithm. - Song Wang 008; Xin Guo 005; Xiaomin Mu; Yahong Huo; Lin Qi 001 (IET Comput. Vis., 2015)

Graph-Based Safe Support Vector Machine for Multiple Classes. - Song Wang 008; Xin Guo 005; Yun Tie; Ivan Lee 001; Lin Qi 001; Ling Guan (IEEE Access, 2018)

Joint intermodal and intramodal correlation preservation for semi-paired learning. - Xin Guo 005; Song Wang 008; Yun Tie; Lin Qi 001; Ling Guan (Pattern Recognit., 2018)

A Novel Weighted Hybrid Multi-View Fusion Algorithm for Semi-Supervised Classification. - Song Wang 008; Xin Guo 005; Yun Tie; Lin Qi 001; Ling Guan (ISCAS, 2019)

Local Feature Descriptor Learning with a Dual Hard Sampling Strategy. - Song Wang 008; Xin Guo 005; Yun Tie; Lin Qi 001; Ling Guan (ISM, 2019)

Negative Label Guided Discriminative Canonical Correlation Analysis for Semi-Supervised and Semi-Paired Learning. - Xin Guo 005; Song Wang 008; Yun Tie; Lin Qi 001; Ling Guan (ISCAS, 2020)

Weighted hybrid fusion with rank consistency. - Song Wang 008; Xin Guo 005; Yun Tie; Ivan Lee 001; Lin Qi 001; Ling Guan (Pattern Recognit. Lett., 2020)

Deep Local Feature Descriptor Learning With Dual Hard Batch Construction. - Song Wang 008; Xin Guo 005; Yun Tie; Lin Qi 001; Ling Guan (IEEE Trans. Image Process., 2020)

Local Feature Descriptors with Deep Hypersphere Learning. - Song Wang 008; Xin Guo 005; Yun Tie; Lin Qi 001; Ling Guan (ICIP, 2021)

Discriminative Patch Descriptor Learning With Focal Triplet Loss Function. - Song Wang 008; Xin Guo 005; Yun Tie; Lin Qi 001; Ling Guan (ICIP, 2021)

A Feature Refinement Module for Light-Weight Semantic Segmentation Network. - Zhiyan Wang; Xin Guo 005; Song Wang 008; Peixiao Zheng; Lin Qi 001 (ICIP, 2023)

A Deep Semantic Segmentation Network With Semantic and Contextual Refinements. - Zhiyan Wang; Deyin Liu; Lin Yuanbo Wu; Song Wang 008; Xin Guo 005; Lin Qi 001 (IEEE Trans. Multim., 2025)