A universal framework of dual-use model for both performance and functionality based on the abstract state machine. - Zheng Xie; Xin'an Wang; Zhibin Lian; Qiuping Li; Shanshan Yong (ASICON, 2013)

An integrated development environment for reconfigurable operators array. - Shanshan Yong; Xin'an Wang; Ying Cao; Yawei Lu; Zheng Xie (ASICON, 2013)

Design and implementation of a MAC protocol for a wearable monitoring system on human body. - Ning Li; Ke Lin; Shanshan Yong; Xiaofei Chen; Xinan Wang; Xing Zhang (ASICON, 2015)

An Improved Perceptual MBSS Noise Reduction with an SNR-Based VAD for a Fully Operational Digital Hearing Aid. - Zhaoyang Guo; Xin'an Wang; Bo Wang 016; Shanshan Yong (IEICE Trans. Inf. Syst., 2017)

The Data Mining of Strong Earthquakes' Occurring Time based on the Traditional Chinese Calendar. - Jipan Huang; Xin'an Wang; Shanshan Yong (ICMAI, 2019)

A Feature Extraction Method for Daily-periodic Time Series Based on AETA Electromagnetic Disturbance Data. - Bohang Li; Xing Zhang; Xin'an Wang; Shanshan Yong; Jiyan Zhang; Jipan Huang (ICMAI, 2019)

An AETA Geo-sound Anomaly Detection Method Based on Baer Operator. - Yaxuan Lyu; Xin'an Wang; Shanshan Yong; Jipan Huang (ICMAI, 2019)

On Possible Electromagnetic Precursors to a Significant Earthquake (Mw = 7.0) Occurred in JiuZhaiGou (China) on 8 August 2017. - Zhicheng Qiu; Shanshan Yong; Xin'an Wang (ICISS, 2020)

An AETA Geoacoustic Signal Anomaly Detection Method Based on FindCBLOF. - Qinmeng Guo; Shanshan Yong; Xin'an Wang (ICISS, 2021)

Statistical Analysis of the Relationship between AETA Electromagnetic Anomalies and Local Earthquakes. - Qinmeng Guo; Shanshan Yong; Xin'an Wang (Entropy, 2021)

A Deep Learning-Based Electromagnetic Signal for Earthquake Magnitude Prediction. - Zhenyu Bao; Jingyu Zhao 006; Pu Huang; Shanshan Yong; Xin'an Wang (Sensors, 2021)

A 2-channel time-to-digital converter with 20-ps resolution for pico-second timing application. - Zhouji Du; Qin Ke; Hang Yu; Yan Li 066; Binjie Ge; Shanshan Yong; Yonghong Cheng (GCCE, 2022)