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dam safety monitoring system
    CDM INTELLIGENT WORKSTATION: A STRUCTURE MODE OF COMP UTER DAM SAFETY MONITORING SYSTEM
    CDM智能工作站一种大坝安全监控系统模式
    Design of open type dam safety monitoring system
    开放式大坝安全监控系统总体设计
    Development of Hybrid Mode Dam Safety Monitoring System
    混合模式大坝安全监控系统的开发
    This paper deals with a structure mode of computer dam safety monitoring system, i. e. computer dam monitoring (CDM) intelligent workstation.
    本文探讨计算机大坝安全监控系统的一种结构模式,即计算机大坝监控智能工作站(简称:CDM智能工作站)。
    LARGE DAM SAFETY MONITORING SYSTEM OF HYDROPOWER PLANT AND IT'S IMPLEMEN-TATION COUTMEASURE
    水电站大坝安全监控系统及实施对策
    The reliability of dam safety monitoring system is very important for erecting dam safety monitoring and controlling models, feed backing and controlling the dam safe state and judging of its working character synthetically.
    大坝安全监控系统的可靠性,对建立大坝安全监控模型、馈控大坝的安全状态、综合评价大坝的工作性态有着重要作用。
    1. According to the development objective and basement of technology, the globe structure of the system is designed and the suppose of the dam safety monitoring system based on three Client/Server mode is advanced and deeply discusses the realizing way of application layer.
    其主要内容如下:(1)根据系统开发的总目标和当前的技术基础,对大坝安全监控系统进行了总体设计,研究并提出了三层C/S模式的大坝安全监控系统构想,并对三层结构中的应用层的实现方法作了较深入的探讨。
    Setting up regional monitoring center to manage and monitor the safety of a number of dams concentratively is the future trend of dam safety monitoring system.
    建立区域监控中心,实现大坝群统一安全监控和管理,是今后大坝安全监控系统发展的方向,本文在分析研究了国内外大坝安全监控系统和安全监控分析评价模型的基础上,充分吸收了最新的通信、计算机网络和软件技术,重点研究了大坝群安全监控远程网络系统若干关键技术。 主要内容包括:
    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。
    This paper introduces the basic conception of the technique of lightning protection and grounding,analyzes the problems in lightning protection and grounding for the dam safety monitoring system in Canada,and puts forward the design principles of lightning protection and grounding.
    文章除介绍大坝安全监控系统中防雷和接地技术的一些基本概念外 ,在此基础上 ,分析了加拿大大坝安全监测自动化系统中采用的防雷和接地措施及其存在的问题 ,最后提出了防雷和接地技术设计的基本原则
    According to the requirement of graphics management and display in dam safety monitoring system, in this paper, the graphics management system is studied, In order to improve the compatibility of system, the dynamic - link - library and object- oriented technique is used, all graphics function is encapsulated, which can make the system expansionary and upgrade easily.
    根据当前大坝安全监控系统对图形管理及显示的要求,本文对大坝安全监控图形管理子系统进行了研究。 为了提高系统的通用性,采用了动态连接库技术及面向对象编程思想,封装了各类图形的功能,为系统的扩充和升级提供了便利。
    Concerning the requirement of dam safety monitoring system managing a great deal of ob servation data efficiently,this paper introduced the technology of ASP to exchange information in Internet and explore the management system based on Brower /Server model,which help to react to abnormal situations truly in time and to take corresponding measures.
    本文针对大坝安全监控系统要求对大量观测资料进行高效管理的特点,利用ASP技术在Internet上进行互动信息的交换,开发了基于三层B/S结构信息管理系统,便于对大坝的异常情况及时准确地做出反应并采取相应的措施。
    On the basis of introduction to the structure and algorithm of the BP neural network, the application of the neural network to the dam safety monitoring system is expounded. With the Xiaolangdi dam safety monitoring system as an example, it is pointed out that the BP neural network can satisfy the requirement of the project for necessary precision. Some useful conclusions are drawn.
    在介绍反向传播 ( BP)神经网络结构和算法的基础上 ,阐述了神经网络方法在大坝安全监控系统综合评判分析工作中的应用 ,结合小浪底大坝安全监控系统实例说明了 BP神经网络能满足工程的精度要求 ,并得出了一些有用的结论
    This paper introduces the research results of current dam safety management technology from aspects of dam safety monitoring system, safety evaluating method and risk management, states the advanced, rationality and application of each kind of research fruit. This article provides the reference for further research of dam safety management technology.
    本文从大坝安全监控系统、安全评价方法及风险管理等方面,介绍了现有大坝安全管理技术的研究成果,对各类成果的先进性、合理性及应用情况进行了评述,为更深入研究大坝安全技术管理工作提供借鉴。
    In consideration of some limitations in current dam safety monitoring system, such as great amount of historical data, difficulties in data integration, and low capacity in data accessing, the method for design and construction of dam safety monitoring data warehouse was studied.
    针对现有的大坝安全监控系统中存在的历史数据量大、难以集成和访问数据能力不足的问题,研究了大坝安全监测数据仓库的设计和构建方法.
    The function and structure of the dam safety monitoring system based on component GIS as well as its operation process were discussed.
    同时探讨了基于组件式GIS平台的大坝安全监控系统的功能、结构框架及实现途径.
 

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