DE-CrossDet: Divisible and Extensible Crossline Representation for Object Detection. - Hefei Mei; Hongliang Li 001; Heqian Qiu; Jianhua Cui; Longrong Yang (VCIP, 2022)

PTCP: Alleviate Layer Collapse in Pruning at Initialization via Parameter Threshold Compensation and Preservation. - Xinpeng Hao; Shiyuan Tang; Heqian Qiu; Hefei Mei; Benliu Qiu; Jian Jiao; Chuanyang Gong; Hongliang Li 001 (ICONIP (11), 2023)

Novel-Registrable Weights and Region-Level Contrastive Learning for Incremental Few-shot Object Detection. - Shiyuan Tang; Hefei Mei; Heqian Qiu; Xinpeng Hao; Taijin Zhao; Benliu Qiu; Haoyang Cheng; Jian Jiao; Chuanyang Gong; Hongliang Li 001 (ICONIP (11), 2023)

DRDet: Dual-Angle Rotated Line Representation for Oriented Object Detection. - Minjian Zhang 003; Heqian Qiu; Hefei Mei; Lanxiao Wang; Fanman Meng; Linfeng Xu 001; Hongliang Li 001 (IEEE Trans. Geosci. Remote. Sens., 2023)

Video Class-Incremental Learning With Clip Based Transformer. - Shuyun Lu; Jian Jiao; Lanxiao Wang; Heqian Qiu; Xingtao Lin; Hefei Mei; Hongliang Li 001 (ICIP, 2024)

Proposal-level Correction Guided by CLIP for Few-shot Object Detection. - Ruihang Wang; Taijin Zhao; Hefei Mei; Heqian Qiu; Lanxiao Wang; Hongliang Li 001 (VCIP, 2024)

Slightly Shift New Classes to Remember Old Classes for Video Class-Incremental Learning. - Jian Jiao; Yu Dai; Hefei Mei; Heqian Qiu; Chuanyang Gong; Shiyuan Tang; Xinpeng Hao; Hongliang Li 001 (CoRR, 2024)

VLM-guided Explicit-Implicit Complementary novel class semantic learning for few-shot object detection. - Taijin Zhao; Heqian Qiu; Yu Dai; Lanxiao Wang; Hefei Mei; Fanman Meng; Qingbo Wu 001; Hongliang Li 001 (Expert Syst. Appl., 2024)

Efficient Image-to-Image Diffusion Classifier for Adversarial Robustness. - Hefei Mei; Minjing Dong; Chang Xu (AAAI, 2025)

GRSDet: Learning to Generate Local Reverse Samples for Few-shot Object Detection. - Hefei Mei; Taijin Zhao; Shiyuan Tang; Heqian Qiu; Lanxiao Wang; Minjian Zhang 003; Fanman Meng; Hongliang Li 001 (Neurocomputing, 2025)

VEAttack: Downstream-agnostic Vision Encoder Attack against Large Vision Language Models. - Hefei Mei; Zirui Wang; Shen You; Minjing Dong; Chang Xu (CoRR, 2025)