Journal of Engineering Research

High-precision GPS positioning technology holds significant application value in geological surveying. However, its further development is restricted by issues such as signal interference in complex environments, complexity of data processing, equipment cost and maintenance difficulties, and the layout of reference stations. Through the optimization of signal processing algorithms, improvement of equipment structure and materials, rational planning of reference station layout, and enhanced integration with other technologies, the performance of high-precision GPS positioning technology has been significantly enhanced. The optimized technology has achieved good results in improving positioning accuracy, enhancing data processing efficiency, and reducing equipment costs, providing stronger technical support for geological disaster early warning, resource exploration, and engineering construction, and demonstrating broad application prospects.

High-precision GPS; Geological surveying; Positioning technology; Optimization methods; Application effects