A CORDIC-Based Architecture with Adjustable Precision and Flexible Scalability to Implement Sigmoid and Tanh Functions. - Hui Chen 015; Lin Jiang; Yuanyong Luo; Zhonghai Lu; Yuxiang Fu; Li Li 003; Zongguang Yu (ISCAS, 2020)

Hyperbolic CORDIC-Based Architecture for Computing Logarithm and Its Implementation. - Hui Chen 015; Kaifeng Cheng; Zhonghai Lu; Yuxiang Fu; Li Li 003 (IEEE Trans. Circuits Syst., 2020)

A Game Strategy of Snatching Ball Based on Area Division. - Qingfeng Xia; Yan Zhang; Xianzhong Zhou; Hui Chen 015 (ICAIIS, 2021)

A General Methodology and Architecture for Arbitrary Complex Number Nth Root Computation. - Hui Chen 015; Ruiqi Wu; Zhonghai Lu; Yuxiang Fu; Li Li 003; Zongguang Yu (ISCAS, 2021)

A Low-Complexity Architecture for Implementing Square to Tenth Root of Complex Numbers. - Jin Xu; Lin Jiang; Hui Chen 015; Yuxiang Fu; Li Li 003 (ISOCC, 2021)

Low-Latency Architecture for Implementing Floating-Point Multiplier and Divider Based on Symmetric-Mapping LUT. - Heping Yang; Hui Chen 015; Yuxiang Fu; Li Li 003 (ISOCC, 2021)

2β-softmax: A Hardware-Friendly Activation Function with Low Complexity and High Performance. - Yonggang Zhang 005; Hui Chen 015; Yuxiang Fu; Li Li 003 (ISOCC, 2021)

Optimizing Vertical Link Placement and Congestion Aware Dynamic Elevator Assignment for Partially Connected 3D-NoCs. - Yuxiang Fu; Chuan Zhang 001; Wenqing Song; Qinyu Chen; Hui Chen 015; Minghao Zhou; Li Li 003 (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2021)

Symmetric-Mapping LUT-Based Method and Architecture for Computing XY-Like Functions. - Hui Chen 015; Heping Yang; Wenqing Song; Zhonghai Lu; Yuxiang Fu; Li Li 003; Zongguang Yu (IEEE Trans. Circuits Syst. I Regul. Pap., 2021)

Low-Complexity High-Precision Method and Architecture for Computing the Logarithm of Complex Numbers. - Hui Chen 015; Zongguang Yu; Yonggang Zhang 005; Zhonghai Lu; Yuxiang Fu; Li Li 003 (IEEE Trans. Circuits Syst. I Regul. Pap., 2021)

2b-sigmoid and 2b-tanh: Low Hardware Complexity Activation Functions for LSTM. - Yuan Zhang; Lele Peng; Lianghua Quan; Shubin Zheng; Qiufeng Feng; Yonggang Zhang 005; Hui Chen 015 (ISOCC, 2022)

Low-Complexity High-Performance Method for Calculating Arbitrary Logarithm Function. - Yongzhen Zhang; Yuan Zhang; Yonggang Zhang 005; Hui Chen 015 (ISOCC, 2022)

Huicore: A Generalized Hardware Accelerator for Complicated Functions. - Hui Chen 015; Zongguang Yu; Jin Xu; Lin Jiang; Zhonghai Lu; Yuxiang Fu; Li Li 003 (IEEE Trans. Circuits Syst. I Regul. Pap., 2022)

Low-Latency Low-Complexity Method and Architecture for Computing Arbitrary Nth Root of Complex Numbers. - Ruiqi Wu; Hui Chen 015; Guoqiang He; Yuxiang Fu; Li Li 003 (IEEE Trans. Circuits Syst. I Regul. Pap., 2022)

Base-2 Softmax Function: Suitability for Training and Efficient Hardware Implementation. - Yuan Zhang; Yonggang Zhang 005; Lele Peng; Lianghua Quan; Shubin Zheng; Zhonghai Lu; Hui Chen 015 (IEEE Trans. Circuits Syst. I Regul. Pap., 2022)

A 67.5μJ/Prediction Accelerator for Spiking Neural Networks in Image Segmentation. - Qinyu Chen; Guoqiang He; Xinyuan Wang 007; Jin Xu; Sirui Shen; Hui Chen 015; Yuxiang Fu; Li Li 003 (IEEE Trans. Circuits Syst. II Express Briefs, 2022)

Low-Cost High-Precision Architecture for Arbitrary Floating-Point Nth Root Computation. - Wanyuan Hong; Hui Chen 015; Lianghua Quan; Yuxiang Fu; Li Li 003 (ISCAS, 2023)

High-Precision Method and Architecture for Base-2 Softmax Function in DNN Training. - Yuan Zhang; Lele Peng; Lianghua Quan; Yonggang Zhang 005; Shubin Zheng; Hui Chen 015 (IEEE Trans. Circuits Syst. I Regul. Pap., 2023)

HGH-CORDIC: A High-Radix Generalized Hyperbolic COordinate Rotation Digital Computer. - Hui Chen 015; Lianghua Quan; Weiqiang Liu 001 (ARITH, 2024)

PQA-FGS: Piecewise Quadratic Approximation with Fine-grained Segmentation for High-Precision Non-linear Computation. - Lianghua Quan; Bei Wang; Fei Lyu 006; Hui Chen 015 (ISCAS, 2025)

High-Radix Generalized Hyperbolic CORDIC and Its Hardware Implementation. - Hui Chen 015; Lianghua Quan; Ke Chen 018; Weiqiang Liu 001 (IEEE Trans. Computers, 2025)