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Design of rapid monitoring system of geological disaster based on LoRa

机译：基于LoRa的地质灾害快速监测系统设计

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According to the characteristics of the geological environment and disasters, this paper uses microelectronics, wireless communication, thin-film solar power supply and other technologies, combined with lightweight process design, a new scheme for rapid geological disaster monitoring system based on LoRa is proposed. The system is based on embedded microprocessor of STM32F103 and SX1278 module of LoRa, which uses self-organizing network design of star-type and constructs a monitoring system with long communication distance and stable and reliable data transmission. The system can realize real-time data collection of multiple monitoring parameters of the disaster body and transmit the monitoring data to the data center or dedicated data receiving terminal through LoRa/GPRS/BeiDou satellite, which can provide data support for expert analysis and decision-making. The system has the features of low power consumption, long transmission distance, ad hoc network, stable and reliable communication, which has wide application prospect in the field of geological disaster monitoring.
机译：根据地质环境和灾害的特点，结合微电子技术，无线通信，薄膜太阳能供电等技术，结合轻量化工艺设计，提出了一种基于LoRa的快速地质灾害监测系统新方案。该系统基于STM32F103的嵌入式微处理器和LoRa的SX1278模块，采用星型自组织网络设计，构建了通信距离长，数据传输稳定可靠的监控系统。该系统可以实现对灾区多个监测参数的实时数据采集，并通过LoRa / GPRS / BeiDou卫星将监测数据传输到数据中心或专用数据接收终端，为专家分析和决策提供数据支持。制造。该系统具有功耗低，传输距离长，自组网，通信稳定可靠等特点，在地质灾害监测领域具有广阔的应用前景。

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