A New Method of Arm Motion Detection Based on MEMS Sensor. - Kai Wang 063; Chengquan Hu; Lili He 002; Fenglin Wei; Yu Jiang 006 (CSA/CUTE, 2017)

Fitness Device Based on MEMS Sensor. - Fenglin Wei; Chengquan Hu; Lili He 002; Kai Wang 063; Yu Jiang 006 (CSA/CUTE, 2017)

Real-Time Underwater Image Recognition with FPGA Embedded System for Convolutional Neural Network. - Minghao Zhao 003; Chengquan Hu; Fenglin Wei; Kai Wang 063; Chong Wang 015; Yu Jiang 006 (Sensors, 2019)

Research on Quality Control of Marine Monitoring Data Based on Extreme Learning Machine. - Yuanshu Li; Feng Liu; Kai Wang; Hai Huang; Fenglin Wei; Hong Qi (ICAIS (1), 2020)

Study on the Extraction of Target Contours of Underwater Images. - Luyan Tong; Fenglin Wei; Yupeng Pan; Kai Wang (ICAIS (1), 2020)

A Method for Underwater Human-Robot Interaction Based on Gestures Tracking with Fuzzy Control. - Yu Jiang 006; Minghao Zhao 003; Chong Wang 015; Fenglin Wei; Hong Qi (Int. J. Fuzzy Syst., 2021)

A field-programmable gate array system for sonar image recognition based on convolutional neural network. - Chong Wang 015; Yu Jiang 006; Kai Wang 063; Fenglin Wei (J. Syst. Control. Eng., 2021)

A convolutional neural network accelerator for real-time underwater image recognition of autonomous underwater vehicle. - Wanting Zhao; Hong Qi; Yu Jiang 006; Chong Wang 015; Fenglin Wei (J. Syst. Control. Eng., 2021)

Diver's hand gesture recognition and segmentation for human-robot interaction on AUV. - Yu Jiang 006; Minghao Zhao 003; Chong Wang 015; Fenglin Wei; Kai Wang 063; Hong Qi (Signal Image Video Process., 2021)

Skeleton-based Action Recognition via Temporal-Channel Aggregation. - Shengqin Wang; Yongji Zhang; Fenglin Wei; Kai Wang 063; Minghao Zhao 003; Yu Jiang 006 (CoRR, 2022)

A Multi-AUV Maritime Target Search Method for Moving and Invisible Objects Based on Multi-Agent Deep Reinforcement Learning. - Guangcheng Wang; Fenglin Wei; Yu Jiang 006; Minghao Zhao 003; Kai Wang 063; Hong Qi (Sensors, 2022)

An Underwater Human-Robot Interaction Using a Visual-Textual Model for Autonomous Underwater Vehicles. - Yongji Zhang; Yu Jiang 006; Hong Qi; Minghao Zhao 003; Yuehang Wang; Kai Wang 063; Fenglin Wei (Sensors, 2023)