Many items of dam safety monitoring has been implemented at Dongwushi Reservoir.
东武仕水库先后实施了多种大坝安全监测项目，积累了丰富的观测资料。
It is urgent to carry out reservoir dam safety monitoring and improve safety management.
文章认为尽快实现绝大多数水库大坝的安全监测是大坝安全管理工作的当务之急。
The focal and difficult problems of dam safety monitoring are studied in this dissertation.
本文针对大坝安全监测中的热点和难点问题进行了研究。
This Paper has discussed the dam safety monitoring system model, function and organized procedure in China.
本文阐述了我国水电站大坝安全监控系统模式、功能以及组建步骤。
A dam safety monitoring is understanding of the dam behaviour, and it is a key link to en-sure the dam safety.
大坝安全监测是了解大坝运行性态，保证大坝安全的重要环节。
The establishment of a predicting model of monitoring variables is important to dam safety monitoring and analysis.
监测物理量预测模型的建立是大坝安全监测分析中的重要问题。
The manual observation database of the dam safety monitoring system of the Dachaoshan Hydropower Station is improved.
对原大朝山水电站安全监测系统人工观测数据库中的不足进行了更新改造。
This paper discusses the under fitting problem in mathematical models for dam safety monitoring through case history.
通过实例对大坝监测数学模型中存在的欠拟合问题进行了讨论。
The effectiveness and function of dam safety monitoring are closely related to quality of dam safety monitoring design.
大坝安全监测设计指导和控制着安全监测工作的进行，安全监测的效果和作用与监测设计质量有很大关系。
Basin-level remote dam safety monitoring technology is a hot topic and trends in the field of network security monitoring.
流域级大坝安全远程监测技术是网络安全监测领域的热门课题和发展趋势。
Certain error exists in the data collected from multisensor network that impacts the reliability of dam safety monitoring.
多传感器网络中采集的数据存在一定程度的误差，影响了大坝安全监测的可靠性。
Establishing an interpretative model evaluating dam behaviour is the key to realization of automated dam safety monitoring.
建立大坝性状的解释性模型是实现监测自动化的关键。
The theory and method of health diagnose for earth-rockfill dam are hot issues in the research domain of dam safety monitoring.
本文结合土石坝特点，应用力学和数学理论展开对土石坝健康诊断理论与方法的研究。
Based on the Radial Basis Function neural network, a kind of fault auto-diagnosis system of dam safety monitoring is established.
基于径向基函数神经网络，建立了大坝安全自动化监测的非线性故障自诊断系统。
Reliability is the key of main dam safety monitoring automation system, it concerned whether providing valid data for dam safety.
可靠性是大坝安全监测自动化系统成败的关键，关系到能否为大坝安全提供有效的数据。
Optimization of system architecture and innovation of hardware integration are the basis for improving the level of dam safety monitoring.
系统结构优化和硬件集成技术革新是提高大坝安全监测水平的基础。
The four-core shielded cable is generally used for the vibrating monitoring apparatus to input and output signals in dam safety monitoring.
大坝安全监测振弦式监测仪器一般采用四芯屏蔽电缆进行信号的输入和输出。
In consideration of the problems in the implementation of dam safety monitoring automatic system, instructive recommendation and Suggestions, are proposed.
针对大坝安全监测自动化系统实施中存在的一些问题，提出了一些的意见和建议。
The result shows that the system can satisfy the need of dam safety monitoring data analysis, and it is better to predict the dam safety states and trends.
结果表明，该系统能满足大坝安全监测资料分析的要求，并能很好地预测大坝的安全状态和趋 势。
The establishment to the predicting model of monitoring variables is an important problem in the works of the dam safety monitoring and information analysis.
监测物理量预测模型的建立是大坝安全监测分析中的重要问题。
This paper mainly introduced the pro cess, principle and main contents on revision of DL/T5178-2003Technica l Specification for Concrete Dam Safety Monitoring.
本文叙述了电力行业标准DL/T5178-2003《混凝土坝安全监测技术规范》修订过程、修订原则及修订的主要内容。
The specific forms of indefinite information are briefly discussed according to the characteristics of information acquisition and treatment in dam safety monitoring.
然后针对大坝安全监控信息采集和处理的特点，简述了不确定性信息在大坝安全监控中的具体表现形式；
The concept of distance is introduced to describe the comprehensive influence of environmental variables on affected variables in dam safety monitoring data analysis.
用距离的概念来描述大坝监测资料分析中环境量对效应量的整体影响效应。
The design scheme and its safety of the dam safety monitoring system are discussed, and the monitoring modules and the LonWorks gateway of the system are also studied.
对大坝安全监测系统的设计方案及其安全性进行了讨论，并对该系统应用的监测模块和网关接入设备进行了研究。
The dam safety monitoring automation system of Feilaixia Water Conservancy Project employs GDSKS distributed system with especially excellent bus type topology structure.
飞来峡水利枢纽工程大坝自动化监测系统采用了独特优越性总线式拓扑结构的GDSKS分布式系统，安全、适用、科学。
Therefore, we must analyze at fast these data errors and decide gross errors and insure the data reliability when we create the dam safety monitoring model by using survey data.
利用观测资料建立安全监测模型，必须首先对资料进行误差分析，确定粗差以保证资料的可靠性。
Founded on change speciality of series of dam safety monitoring forecast, artificial neural networks and nonlinear models of time series based on genetic algorithms are applied.
根据大坝监测数据在时序上变化特征，应用了神经网络和基于遗传算法的时间序列的非线性预测模型。
In the monitoring system of an old dam, there are usually some factors influencing the dam safety monitoring, such as unthoughtful designs, imperfect and spoiled equipments and so on.
一座老坝的安全监测系统，总存在着设计不周、设施不全、设备损坏多诸多影响大坝安全监测的因素。
The dam safety monitoring automation system mainly consists of low pressure weak electricity equipment, whose voltage bearing capacity is low and whose requirement for lightning is high.
大坝安全监测自动化系统是以低压弱电设备为主，耐压较低，对防雷性能则更高。
The dam safety monitoring automation system mainly consists of low pressure weak electricity equipment, whose voltage bearing capacity is low and whose requirement for lightning is high.
大坝安全监测自动化系统是以低压弱电设备为主，耐压较低，对防雷性能则更高。
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