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Design of Geological Hazard Monitoring System

机译:地质灾害监测系统设计

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摘要

Geological hazards such as landslides, debris flow and so on are not stable in the Qinling Mountains range. It is necessary to forecast the geological disaster, how to collect the data and transfer the data to the data center in real time. This paper introduces the design of integrated geological hazard monitor, including hardware structure design, software design and database design. After the initial operation, the system is stability and accuracy to meet the demand. The system uses high-power solar power, to ensure that power is not subject to power failure. Data transmission using GPRS, making the difficulty of the construction greatly reduced.
机译:秦岭范围内山体滑坡,碎片流等地质灾害不稳定。有必要预测地质灾害,如何实时收集数据并将数据转移到数据中心。本文介绍了集成地质危害监测器的设计,包括硬件结构设计,软件设计和数据库设计。在初始操作之后,系统是稳定性和准确性,以满足需求。该系统采用大功率太阳能,确保电源不受电源故障。使用GPRS的数据传输,使施工的难度大大减少。

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