地震监测自组网系统的研究与设计OA
传统观察台网是一种用于观测和监测的网络系统,由多个分区在特定区域的观测点组成,随时收集和传送环境数据、参考数据或其他类型的观察数据,但其在通信范围扩展、网络稳定性和性能效率方面还略显不足.基于Mesh协议的自主网络系统在密集观测台网中具备良好的通信能力和数据控制能力,用于解决密集观测台中的通信问题.该系统通过引入Mesh网络结构和能量感知机制,实现通信范围扩展、网络自主组织和数据控制等功能.该研究为密集观测台网的应用提供一种可行的解决方案,并具有很好的实用性和估值.通过设计无线自组网传输系统与台阵监控管理中心和自组网管理节点相结合可以更好地对系统进行研究.
The traditional observation network is a network system for observation and monitoring,which is composed of multiple observation points in a specific area to collect and transmit environmental data,reference data or other types of observation data at any time.However,it is still slightly inadequate in terms of communication range expansion,network stability and performance efficiency.The autonomous network system based on Mesh protocol has good communication ability and data control ability in the dense observation network,which is used to solve the communication problems in the dense observation station.Through the introduction of Mesh network structure and energy sensing mechanism,the system realizes the functions of communication range expansion,network independent organization and data control.This study provides a feasible solution for the application of intensive observation network,and has good practicability and valuation.Through the combination of the design of wireless ad hoc network transmission system,array monitoring and management center and ad hoc network management node,the system can be better studied.
唐路瑶;刘庆杰
防灾科技学院 信息工程学院,河北 三河 065201
地球科学
Mesh协议无线自组网传输系统台阵监控软件设计观察台网
Mesh protocolwireless ad hoc network transmission systemarray monitoringsoftware designobservation network
《科技创新与应用》 2024 (011)
7-10 / 4
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