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The design and application of landslide monitoring and early warning system based on microservice architecture

机译:基于微安架构的滑坡监测和预警系统的设计与应用

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The establishment of monitoring and warning systems for landslide with potential instability risk is an economical and effective way to ensure life safety and reduce property losses. However, as the number of landslides and sensors increases, the amount of monitoring data generated is close to massive, and the traditional monitoring systems are gradually unable to manage and analyze the acquired data. In this study, an intelligent monitoring and early warning system and its application were developed based on microservice architecture. In this system, the functions of landslide’s project management, data reception and parsing, data analysis and early warning are distributed to multiple service instances in the form of microservice, thereby achieving the purpose of decentralizing service pressure. The application results of the system indicated that the microservice architecture could decouple components and balance distributed loads in the system, thereby reducing the difficulties of algorithm development, decentralizing calculation and service pressures and improving the service capacity of the monitoring system.
机译:建立具有潜在不稳定风险的滑坡监测和警告系统是一种经济有效的方法,可以确保生命安全和减少财产损失。然而,随着山体滑坡和传感器的数量增加,产生的监测数据的量接近大规模,传统的监控系统逐渐无法管理和分析所获取的数据。在本研究中,基于微服务架构开发了智能监控和预警系统及其应用。在该系统中,Landslide的项目管理,数据接收和解析,数据分析和预警的功能分布到微服务形式的多个服务实例,从而实现了分散的服务压力的目的。系统的应用结果表明,微服务架构可以在系统中解耦组件和平衡分布式负载,从而降低算法开发的困难,分散计算和维修压力以及提高监控系统的服务能力。

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