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GNSS自动化变形监测系统设计研究

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通过对水库大坝传统人工监测的弊端进行分析研究,本文以GNSS技术为基础,构建了时效性较强、数据精度较高的水库大坝全天候自动化变形监测系统,并成功应用到某水库大坝监测项目中.通过对系统总体架构和主要功能模块进行详细阐述,从监测数据的重复精度和绝对精度两个方面验证系统监测成果的准确性,并对系统投入运行至今的健康状况进行分析讨论,验证了本文设计开发的GNSS自动化变形监测系统在水库大坝监测中具有较高的适用性,能够在一定程度上替代传统人工监测,在暴雨、台风等恶劣天气条件下仍旧能够输出准确可靠的监测数据,为水库大坝及周边居民的安全提供可靠保障.
Design and Research of GNSS Automatic Deformation Monitoring System
This paper analyzes and studies the disadvantages of traditional manual monitoring of reservoir dams. Based on GNSS tech-nology,an all-weather automatic deformation monitoring system for reservoir dams with strong timeliness and high data accuracy is constructed and successfully applied to a large reservoir dam monitoring project. By elaborating the overall architecture and main func-tional modules of the system,verifying the accuracy of the system monitoring results from the repeatability and absolute accuracy of the monitoring data,and analyzing and discussing the health status of the system since it was put into operation,the design of this paper is verified. The developed GNSS automatic deformation monitoring system has high applicability in reservoir dam monitoring,can re-place traditional manual monitoring to a certain extent,and can still output accurate and reliable monitoring data under severe weather conditions such as rainstorms and typhoons. It provides a reliable guarantee for the safety of the dam and surrounding residents.

GNSSdeformation monitoringreservoir damdata accuracysystem reliability

胡文丹、陈旭升

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义乌市大地数字测绘有限公司,浙江金华 322000

GNSS 变形监测 水库大坝 数据精度 系统可靠性

2024

测绘与空间地理信息
黑龙江省测绘学会

测绘与空间地理信息

影响因子:0.788
ISSN:1672-5867
年,卷(期):2024.47(10)