A Novel Approach for Stroke Extraction of Off-Line Chinese Handwritten Characters Based on Optimum Paths. - Jun Tan 001; Jian-Huang Lai; Wei-Shi Zheng 001; Ching Y. Suen (ICFHR, 2012)

The dataset system of Economic Dispute handwritten (DSEDH) based on stroke shape and structure features. - Jun Tan 001; Jian-Huang Lai; Xiao-Xiong Zuo (ICPR, 2012)

A new handwritten character segmentation method based on nonlinear clustering. - Jun Tan 001; Jian-Huang Lai; Chang-Dong Wang 001; Wen-Xian Wang; Xiao-Xiong Zuo (Neurocomputing, 2012)

Radical Extraction Using Affine Sparse Matrix Factorization for Printed Chinese Characters Recognition. - Jun Tan 001; Xiaohua Xie; Wei-Shi Zheng 001; Jian-Huang Lai (Int. J. Pattern Recognit. Artif. Intell., 2012)

Chinese Handwritten Writer Identification based on Structure Features and Extreme Learning Machine. - Jun Tan 001; Jian-Huang Lai; Wei-Shi Zheng 001; Ming Zhong (AFHA, 2013)

Case-based teaching using the Laboratory Animal System for learning C/C++ programming. - Jun Tan 001; Xianping Guo; Wei-Shi Zheng 001; Ming Zhong (Comput. Educ., 2014)

Multi-feature Selection of Handwriting for Gender Identification Using Mutual Information. - Jun Tan 001; Ning Bi; Ching Y. Suen; Nicola Nobile (ICFHR, 2016)

A Modified PSRoI Pooling with Spatial Information. - Yiqing Zheng; Xiaolu Hu; Ning Bi; Jun Tan 001 (PRCV (2), 2018)

An Embedded Method for Feature Selection Using Kernel Parameter Descent Support Vector Machine. - Haiqing Zhu; Ning Bi; Jun Tan 001; Dongjie Fan (PRCV (3), 2018)

High-dimensional supervised feature selection via optimized kernel mutual information. - Ning Bi; Jun Tan 001; Jian-Huang Lai; Ching Y. Suen (Expert Syst. Appl., 2018)

Residual BiRNN Based Seq2Seq Model with Transition Probability Matrix for Online Handwritten Mathematical Expression Recognition. - Zelin Hong; Ning You; Jun Tan 001; Ning Bi (ICDAR, 2019)

The Handwritten Chinese Character Recognition Uses Convolutional Neural Networks with the GoogLeNet. - Ning Bi; Jiahao Chen; Jun Tan 001 (Int. J. Pattern Recognit. Artif. Intell., 2019)

A multi-feature selection approach for gender identification of handwriting based on kernel mutual information. - Ning Bi; Ching Y. Suen; Nicola Nobile; Jun Tan 001 (Pattern Recognit. Lett., 2019)

Handwritten Mathematical Expression Recognition: A Survey. - Fukeng He; Jun Tan 001; Ning Bi (ICPRAI, 2020)

Overview of Mathematical Expression Recognition. - Jiashu Huang; Jun Tan 001; Ning Bi (ICPRAI, 2020)

Overview: Research Progress on Pest and Disease Identification. - Mengyao Huo; Jun Tan 001 (ICPRAI, 2020)

Differences and Similarities Learning for Unsupervised Feature Selection. - Xinyi Li; Ning You; Jun Tan 001; Ning Bi (ICPRAI, 2020)

Application of Deep Learning in Handwritten Mathematical Expressions Recognition. - Hong Lin; Jun Tan 001 (ICPRAI, 2020)

Overview of Crowd Counting. - Peizhi Zeng; Jun Tan 001 (ICPRAI, 2020)

Application of Deep Learning for Online Handwritten Mathematical Expression Recognition: A Review. - Danfeng Zhang; Jun Tan 001 (ICPRAI, 2020)

CCLSL: Combination of Contrastive Learning and Supervised Learning for Handwritten Mathematical Expression Recognition. - Qiqiang Lin; Xiaonan Huang; Ning Bi; Ching Y. Suen; Jun Tan 001 (ACCV (2), 2022)

Visual Transformer-Based Models: A Survey. - Xiaonan Huang; Ning Bi; Jun Tan 001 (ICPRAI (2), 2022)

Scene Text Recognition: An Overview. - Shiqi Liang; Ning Bi; Jun Tan 001 (ICPRAI (1), 2022)

An Encoder-Decoder Approach to Offline Handwritten Mathematical Expression Recognition with Residual Attention. - Qiqiang Lin; Chunyi Wang; Ning Bi; Ching Y. Suen; Jun Tan 001 (ICPRAI (1), 2022)

Attention Embedding ResNet for Pest Classification. - Jinglin Wu; Shiqi Liang; Ning Bi; Jun Tan 001 (ICPRAI (1), 2022)

Relative Position Embedding Asymmetric Siamese Network for Offline Handwritten Mathematical Expression recognition. - Chunyi Wang; Hurunqi Luo; Xiaqing Rao; Wei Hu; Ning Bi; Jun Tan 001 (ICDAR (1), 2023)

An Improved Pix2Pix GAN for Medical Image Generation. - Yanlin Deng; Jingwen Ling; Xiaqing Rao; Jun Tan 001; Xiaoyong Fu; Sheng Li (ANNPR, 2024)

A Diffusion Model Embedded WCSAU-Net for 3D MRI Brain Tumor Segmentation. - Zizhen Ji; Rui Chen; Pinyu Qiu; Xiaoyong Fu; Sheng Li; Jun Tan 001 (LDTM/MMMI/ML4MHD/ML-CDS@MICCAI, 2024)