Automated Heartbeat Classification Exploiting Convolutional Neural Network With Channel-Wise Attention. - Feiteng Li; Jiaquan Wu; Menghan Jia; Zhijian Chen; Yu Pu (IEEE Access, 2019)

Automated Heartbeat Classification Using 3-D Inputs Based on Convolutional Neural Network With Multi-Fields of View. - Feiteng Li; Yin Xu 003; Zhijian Chen; Zhenyan Liu (IEEE Access, 2019)

A Neural Network-Based ECG Classification Processor With Exploitation of Heartbeat Similarity. - Jiaquan Wu; Feiteng Li; Zhijian Chen; Yu Pu; Mengyuan Zhan (IEEE Access, 2019)

High Noise Tolerant R-Peak Detection Method Based on Deep Convolution Neural Network. - Menghan Jia; Feiteng Li; Zhijian Chen; Xiaoyan Xiang; Xiaolang Yan (IEICE Trans. Inf. Syst., 2019)

A Granular Resampling Method and Adaptive Speculative Mechanism-Based Energy-Efficient Architecture for Multiclass Heartbeat Classification. - Yin Xu 003; Zhijian Chen; Feiteng Li; Jianyi Meng (IEEE Trans. Comput. Aided Des. Integr. Circuits Syst., 2019)

A 3.89-GOPS/mW Scalable Recurrent Neural Network Processor With Improved Efficiency on Memory and Computation. - Jiaquan Wu; Feiteng Li; Zhijian Chen; Xiaoyan Xiang (IEEE Trans. Very Large Scale Integr. Syst., 2019)

A Bucket-Stream rBRIEF Extraction Architecture for SLAM Applications on Embedded Platforms. - Haowen Chen; Feiteng Li; Zhuo Zhang (FPT, 2020)

Speeding Up Deep Convolutional Neural Networks Based on Tucker-CP Decomposition. - Dechun Song; Peiyong Zhang; Feiteng Li (ICMLT, 2020)

A Lossless Electrocardiogram Compression System Based on Dual-Mode Prediction and Error Modeling. - Menghan Jia; Feiteng Li; Yu Pu; Zhijian Chen (IEEE Access, 2020)

Robust QRS Detection Using High-Resolution Wavelet Packet Decomposition and Time-Attention Convolutional Neural Network. - Menghan Jia; Feiteng Li; Jiaquan Wu; Zhijian Chen; Yu Pu (IEEE Access, 2020)

Patient-Specific ECG Classification with Integrated Long Short-Term Memory and Convolutional Neural Networks. - Jiaquan Wu; Feiteng Li; Zhijian Chen; Xiaoyan Xiang; Yu Pu (IEICE Trans. Inf. Syst., 2020)