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In this scientific study, we explore the possibilities of using ZigBee technology in underground mining operations and examine its reliability. Our paper highlights the advantages and challenges of using ZigBee technology for signal transmission in underground environments, along with an evaluation of signal transmission range and stability based on test results. This research develops a mathematical model for transmitting employee position data via a ZigBee network. To enhance the reliability of the ZigBee network, we also consider the implementation of redundancy mechanisms (backup pathways) within the network.

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Testing the Technology and Reliability of Using the Zigbee Network in Underground Mining Operations

  • 会议论文

  • 发表日期：

    2026年

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  • Ilyos Kalandarov,
  • Nodirbek Namozov,
  • Rashid Nasimov

摘要

In this scientific study, we explore the possibilities of using ZigBee technology in underground mining operations and examine its reliability. Our paper highlights the advantages and challenges of using ZigBee technology for signal transmission in underground environments, along with an evaluation of signal transmission range and stability based on test results. This research develops a mathematical model for transmitting employee position data via a ZigBee network. To enhance the reliability of the ZigBee network, we also consider the implementation of redundancy mechanisms (backup pathways) within the network.