Implementation of BeiDou-Based Pseudolite Monitoring System for Cross-Border Logistics along the Belt and Road Initiative: A Student Innovation Project

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摘要

Driven by the "Belt and Road" initiative and the globalization service of Beidou, real-time dynamic monitoring of cross-border supply chains has become a key demand for reducing logistics costs and increasing efficiency. In response to the practical pain points such as satellite signal blockage and insufficient positioning accuracy in cross-border transportation, our student team, relying on the school-enterprise cooperation platform, developed the "Without a Trace - Cross-border Supply Chain Dynamic Monitoring Device Based on Pseudo-Satellite Enhanced Beidou". This device integrates ground pseudo-satellite enhancement technology and Beidou positioning system, and through "star-ground integrated" collaborative positioning, it achieves high-precision monitoring and visual management of the entire cross-border logistics chain, and effectively reduces operational carbon emissions. This article starts from the real participation experience of vocational college students, systematically reviews the complete scientific research process of the project from topic selection, technical breakthroughs to competition awards, shares the practical experiences of the team in scheme design, software and hardware debugging, and scene verification, and reflects on the enabling role of the industry-academia integration platform in enhancing students' innovation ability and professional quality. The article aims to provide a reference case for vocational college students to participate in cutting-edge technology research and development, and also contributes a youth perspective to the implementation and promotion of Beidou technology in cross-border logistics.

文献引用

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