Article Details

Abstract

Surveying marks serve as important national spatial infrastructure and surveying reference carriers. Their safety and stability directly relate to national economic construction, national defense security, scientific research, and precise implementation of various engineering projects. Aiming at problems in traditional surveying mark management, such as backward management methods, low inspection and maintenance efficiency, lack of real-time monitoring, and lagged damage response, this paper designs and implements a set of intelligent supervision system based on 5G Internet of Things, real-scene 3D, Big Data, and artificial intelligence technology. This system constructs a space-air-ground integrated dynamic perception network through integrating sensing technology, geospatial information technology, and mobile communication technology. It realizes real-time monitoring, intelligent warning, precise inspection, and 3D visual full-life-cycle management for surveying marks. Application practice shows that this system significantly improves the intelligent, informative, and refined level of surveying mark management. It provides powerful technical support for maintaining the security of national surveying reference and serving economic and social development.

Keywords

surveying mark; 5G IoT; real-scene 3D; intelligent supervision; dynamic perception; Big Data analysis

References

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Funding

Key Project of Jiangsu Aviation Vocational and Technical College in 2024 (JATC24010111)

About the authors

Ling Xiang'an (1982-), male, Han ethnicity, from Liling, Hunan Province, is a senior engineer, registered surveyor, and holds a master's degree. His research focuses on the construction and application of real-time 3D data.