Research on the Realization and Technological Innovation of Intelligent Unmanned Survey Vessel System

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摘要

As a core piece of equipment for modern hydrographic surveying and monitoring, the intelligent unmanned survey vessel is gradually transforming traditional hydrological measurement and marine investigation methods with its autonomous operation, high-precision perception, and strong environmental adaptability. The technical path centered on "Beidou empowerment + AI-driven + bionic innovation" provides a systematic solution for the intelligent breakthrough of unmanned survey vessels. This study focuses on the "Beidou Smart Expansion" project, analyzing its key technologies such as multi-source fusion positioning, intelligent perception and control, and bionic stability design, and exploring its application potential in complex water terrain surveying, hydrological data collection, emergency search and rescue, and other scenarios. Research shows that by integrating Beidou high-precision positioning, artificial intelligence algorithms, and bionic structure design, the operational accuracy, autonomy, and environmental adaptability of the survey vessel can be significantly enhanced, meeting the growing demands of smart water conservancy, marine development, and environmental protection. This paper further proposes strategic suggestions from the perspectives of product development and market promotion to promote the industrialization and large-scale application of such technical equipment.

文献引用

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