The innovation team of the Hunan High Level Talent Gathering Project at Xiangtan University has all passed the acceptance inspection

The team conducted research on key technologies for autonomous navigation of unmanned ships, focusing on research directions such as autonomous driving, obstacle recognition, Internet of Things, geographic information systems and remote sensing, and fluid dynamics on unmanned ships. They conducted research on electronic compass angle automatic compensation methods based on autonomous calibration, unmanned ship deviation measurement and control technology, intelligent obstacle avoidance, data collection spatiotemporal consistency research, and multi-source signal interference solutions Technical research work on autonomous rescue of unmanned ships

The team conducted research on key technologies for autonomous navigation of unmanned ships, focusing on research directions such as autonomous driving, obstacle recognition, Internet of Things, geographic information systems and remote sensing, and fluid dynamics on unmanned ships. They conducted research on electronic compass angle automatic compensation methods based on autonomous calibration, unmanned ship deviation measurement and control technology, intelligent obstacle avoidance, data collection spatiotemporal consistency research, and multi-source signal interference solutions Technical research work on autonomous rescue of unmanned ships. The team's research results have been applied in more than 20 physical scenarios, including Ganjiang in Jiangxi, Beijiang in Guangdong, and Chongming Island in Shanghai, with broad market prospects.

At present, Xiangtan University has 4 innovation teams from the Ministry of Education, 5 innovation research groups from Hunan Provincial Self Science Fund, 3 innovation teams from Hunan Hunan High Level Talent Gathering Project, and 10 science and technology innovation teams from Hunan Provincial Universities. In the future, the school will continuously improve the coupling mechanism between talent cultivation and introduction, teams, platforms, and projects, closely rely on scientific research tasks, deeply tap into the innovation potential of scientific research teams, and lay a solid foundation for organized scientific research work.

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