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This paper explores challenges in boundary stake management, focusing on supervision difficulties and positioning inaccuracies. We propose a smart boundary stake system utilizing IoT and cloud computing technologies. The system features a dual-mode positioning approach, combining BeiDou satellite and GPS for precise location data. Sensors collect information on the stakes’ shape, temperature, and humidity, with narrowband IoT technology transmitting this data to a cloud platform for remote monitoring and alarm notifications. Experimental results show that the dual-mode system enhances accuracy and stability compared to GPS alone, while maintaining low power consumption, effectively supporting boundary management.

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A Novel Approach to Boundary Stake Management: Combining IoT, Cloud Computing, and Dual-Mode Positioning

  • 会议论文

  • 发表日期：

    2026年

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  • Li Ting,
  • Thi-Kien Dao,
  • Shuncai Liu,
  • Xiangping Huang,
  • Trong-The Nguyen

摘要

This paper explores challenges in boundary stake management, focusing on supervision difficulties and positioning inaccuracies. We propose a smart boundary stake system utilizing IoT and cloud computing technologies. The system features a dual-mode positioning approach, combining BeiDou satellite and GPS for precise location data. Sensors collect information on the stakes’ shape, temperature, and humidity, with narrowband IoT technology transmitting this data to a cloud platform for remote monitoring and alarm notifications. Experimental results show that the dual-mode system enhances accuracy and stability compared to GPS alone, while maintaining low power consumption, effectively supporting boundary management.