A Pathology Image Diagnosis Network with Visual Interpretability and Structured Diagnostic Report. - Kai Ma 001; Kaijie Wu 002; Hao Cheng 004; Chaochen Gu; Rui Xu 010; Xinping Guan (ICONIP (6), 2018)

Cervical Nuclei Segmentation in Whole Slide Histopathology Images Using Convolution Neural Network. - Qiuju Yang; Kaijie Wu 002; Hao Cheng 004; Chaochen Gu; Yuan Liu; Shawn Patrick Casey; Xinping Guan (SCDS, 2018)

A High Precision Laser-Based Autofocus Method Using Biased Image Plane for Microscopy. - Chaochen Gu; Hao Cheng 004; Kaijie Wu 002; Liang-Jun Zhang; Xin-Ping Guan (J. Sensors, 2018)

Exploration of Different Attention Mechanisms on Medical Image Segmentation. - Jie Tian; Kaijie Wu 002; Kai Ma 001; Hao Cheng 004; Chaocheng Gu (ICONIP (4), 2019)

Double Attention for Pathology Image Diagnosis Network with Visual Interpretability. - Hao Cheng 004; Kaijie Wu 002; Kai Ma 001; Jie Tian; Rui Xu 010; Chaochen Gu; Xinping Guan (IJCNN, 2020)

ALT: Boosting Deep Learning Performance by Breaking the Wall between Graph and Operator Level Optimizations. - Zhiying Xu; Jiafan Xu; Hongding Peng; Wei Wang 002; Xiaoliang Wang 001; Haoran Wan; Haipeng Dai 001; Yixu Xu; Hao Cheng 004; Kun Wang 005; Guihai Chen (CoRR, 2022)

Colon tissue image segmentation with MWSI-NET. - Hao Cheng 004; Kaijie Wu 002; Jie Tian; Kai Ma 001; Chaocheng Gu; Xinping Guan (Medical Biol. Eng. Comput., 2022)

ALT: Breaking the Wall between Data Layout and Loop Optimizations for Deep Learning Compilation. - Zhiying Xu; Jiafan Xu; Hongding Peng; Wei Wang 002; Xiaoliang Wang 001; Haoran Wan; Haipeng Dai 001; Yixu Xu; Hao Cheng 004; Kun Wang 005; Guihai Chen (EuroSys, 2023)

Improved Adaptive Variable Impedance Control for Contact Force Tracking. - Feili Wei; Chaochen Gu; Kaijie Wu 002; Hao Cheng 004 (RCAR, 2023)

Seeing Clearly by Layer Two: Enhancing Attention Heads to Alleviate Hallucination in LVLMs. - Xiaofeng Zhang; Yihao Quan; Chaochen Gu; Chen Shen 003; Xiaosong Yuan; Shaotian Yan; Hao Cheng 004; Kaijie Wu 002; Jieping Ye (CoRR, 2024)

An automatic progressive chromosome segmentation approach using deep learning with traditional image processing. - Ling Chang; Kaijie Wu 002; Hao Cheng 004; Chaocheng Gu; Yudi Zhao; Cailian Chen (Medical Biol. Eng. Comput., 2024)

Multi-Focus Images Fusion for Fluorescence Imaging Based on Local Maximum Luminosity and Intensity Variance. - Hao Cheng 004; Kaijie Wu 002; Chaochen Gu; Dingrui Ma (Sensors, 2024)

Shadclips: When Parameter-Efficient Fine-Tuning with Multimodal Meets Shadow Removal. - Xiaofeng Zhang; Chaochen Gu; Zishan Xu; Hao Tang; Hao Cheng 004; Kaijie Wu 002; Shanying Zhu (Int. J. Pattern Recognit. Artif. Intell., 2024)