Agent-Driven Virtual-Real Integrated Testing System for Ship Shore-Based Remote Control

Description: Patent: ZL202411823745.8；ZL201910447085.0；ZL202010702462.3；CN202211324545.9

The project has developed a relatively complete system and platform framework, and its related achievements have already been applied in scenarios such as intelligent ship navigation and shore-based remote control testing. The project can significantly reduce the proportion of high-risk sea trials, shorten research and development cycles, and improve system iteration efficiency and verification accuracy. At present, these achievements have been adopted by multiple enterprises, including CETC, strongly supporting the upgrading of intelligent shipping equipment and the development of related products, and generating cumulative revenues of over RMB 100 million for enterprises. The project has received multiple authoritative awards, including the First Prize of the China Association of Inventions, the Second Prize of the China Ocean Engineering Consulting Association, and the Second Prize of the China Institute of Navigation, demonstrating a high level of technological advancement and industry influence. Overall, the project combines frontier innovation, platform capability, and industrialization potential. In the future, it can be further extended to higher-level autonomous navigation verification, high-fidelity modeling of complex environments, real-ship shadow testing, and intelligent decision support, showing broad development prospects and significant engineering application value.

Organisation: Wuhan University of Technology

Innovator(s): Ma Yong, Zhang Dexing, Li Lingyu, Liu Chengli, Sheng Yuanhua, Bi Xuanrui, Wu Yixin, Yao Yong, Wang Sen ; Wuhan University of Technology China E-Tech (Ningbo) Maritime Electronics Research Institute Co., Ltd.

Category: Transport and Logistics

Country: China