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remote signal
    Remote Signal Analys is Tool Based on Web Service/SOAP
    基于Web Service/SOAP的远程信号分析工具
    Design and Implementation of a Remote Signal Analysis System Based on the Internet
    基于Internet的远程信号分析系统的设计与实现
    As a result, remote signal analysis and fault diagnosis platform based on Internet has been developed to meet the need of remote consumers.
    最后在以上内容的基础上,开发了设备远程信号分析与故障诊断平台,实现了信号分析与故障诊断的网络化,为远程用户提供了一个统一信号分析与处理的平台。
    The first is how to choosing the software flat, the second is to build a fault diagnosis system of three models, the last is to set up a remote instance querying system and remote signal processing system which are based on Browser/Server system and to define a standard data file.
    三种模式远程诊断系统的建立; 建立基于Browser/Server的远程实例查询系统和远程信号分析系统并且定义了标准数据格式。
    The second part carries out the remote signal analyses service .
    第二部分是实现远程信号分析服务。
    Remote signal analysis and fault diagnosis technology is the integration of network technology, computer technology, signal analysis and fault diagnosis technology, which is the result of development of science and technology.
    远程信号分析与故障诊断技术是网络技术、计算机技术、信号分析以及故障诊断技术的结合,是生产发展的需要和科技发展的必然结果。
    Especially with the flying development of Web and related technologies, remote signal analysis and fault diagnosis system has been supplied a more profound potential.
    尤其是Web技术及其相关技术的发展,更给远程信号分析与故障诊断系统的实现提供了深厚的技术基础。
    The function demand of remote signal analysis and fault diagnosis system is analysed first, and the architecture and general planning are investigated late. In the above content, a detailed comparison is made between Browser/Server and Client/Server, and the Browser/Server structure is selected as the system architecture.
    本文分析了远程信号分析与故障诊断系统的功能需求,着重研究了系统的结构模式和总体方案,其中就Client/Server和Browser/Server两种结构模式进行了详细的比较,最终选择了Browser/Server模式作为系统的总体结构模式。
    Finally, a remote signal analysis and fault diagnosis system based on the above contents is realized in the form of Web, which provides a uniform interface for the remote clients.
    最后在以上内容的基础上,开发了设备远程信号分析与故障诊断系统,实现了信号分析与故障诊断的Web化,为远程用户提供了一个统一的平台。
    The remote diagnosis center is based upon the implementation of remote signal analysis system. General methods of signal processing are discussed.
    对于远程诊断中心,主要研究了远程信号分析系统的设计与实现,讨论了信号分析处理常用的一些方法,并将这些方法用JAVA、JSP编程语言在J2EE环境下实现,使得系统负荷平衡,更灵活、充分地利用资源。
    In the area of automation, electronic counter-measure, information reception in the communication engineering, radar signal detection in the department of defense, signal processing in biomedicine, remote signal detection in the earthquake and etc, weak signal detection in the background of strong noise has always been the kernel problem and one of the difficulties.
    在自动化、电子对抗、通讯工程中的信息接收、国防雷达信号检测、生物医学信号处理、地震远程信号检测等领域中的强噪声背景下的弱信号检测历来是信号处理领域的核心问题和难点之一。
    How to develop the application programs such as JSP, Servlet, EJB by taking advantage of MVC and how to deploy the system are introduced. Emphasis is located at remote data collection and remote signal analysis. Remote data collection includes off-line data uploading and real-timedata collection based on Socket.
    介绍了如何利用MVC设计模式开发服务器端的JSP、Servlet、EJB等应用程序以及如何部署系统,着重阐述了远程数据采集与远程信号分析,远程数据采集包括离线数据上传和基于Socket的实时数据采集,远程信号分析实现了几种比较常用的分析方法。
    The system that realizes controlling valves with standard industry signal and system local on-off signal is composed of the following function cells: main control CPU, frequency conversion, infrared remote control, opening and torque detecting, remote signal measure and remote communication etc.
    该执行机构包括主控CPU、变频调速、红外遥控、远程信号检测、开度力矩检测和远程通讯等功能单元,实现了标准工业信号和系统就地开关信号控制阀门的过程。
    First of all, the function demand of remote signal analysis and fault diagnosis system is analyzed. Secondly the architecture and general design of this system are investigated. Then a detail comparison is made between Browser/Server and Client/Server, and the Client/Server structure is selected as the system architecture.
    本文分析了远程信号分析与故障诊断系统的功能需求,着重研究了系统的结构模式和总体方案,其中就Client/Server和Browser/Server两种结构模式进行了详细的比较,最终选择了Client/Server模式作为系统的总体结构模式。
    The remote engineering analysis system based on Internet makes use of Windows DNA framework ideas, remote distribution component modules and Winsock techniques to implement three functions including remote finite element analysis joined by two persons simultaneously, remote signal collection and analysis and establishment of a data base on the basis of the Internet information system.
    基于Internet的远程工程分析系统利用WindowsDNA结构思想、远程分布组件技术及WinSock技术 ,实现了可供两人同时参与的远程有限元分析、远程信号采集分析和基于Internet的资料库三大功能。
    Applying the Windows DNA framework idea and the techniques of remote distributing component module and Winsock, the system has three functions, including remote finite element analysis participated by two persons, collection of remote signal and its analysis, and engineering analysis database based on Internet. The remote synergetic tasks of engineering analysis is implemented.
    该系统较好地利用了WindowsDNA结构思想、远程分布组件技术及Winsock技术 ,具有可供两人同时参与的远程有限元分析、远程信号采集分析和基于Internet的工程分析资料库三大功能 ,从而实现工程分析的远程协同作业 .
    The remote online monitor and diagnosi s system of water pump set based on terminal server was studied. Further,remote online monitor,remote signal analysis and remote fault diagnosis with water pum p set were realized.
    研究了采用终端服务技术的水泵机组远程在线监测诊断系统框架,实现对水泵机组的远程在线状态监测、远程信号分析和远程故障诊断。
    In this paper, the remote online monitor and diagnosis system of water pump set based onInternet and windows 2000 server's terminal server was studied. Further, remote onlinemonitor, remote signal analysis and remote fault diagnosis with water pump set were real-ized through the Internet.
    研究了基于Internet并采用Windows 2000 Server的终端服务(Terminal Server)技术的水泵机组远程在线监测诊断系统,实现通过Internet对水泵机组的远程在线状态监测、远程信号分析和远程故障诊断。
    The long-range test and control projects with single computer based on FOXI interface, MXI-3 bus mastering mode and remote signal regulation are particularly analyzed. Then the calibration, self-check and transmission of the remote signals are discussed in details.
    对基于 FOXI接口、MXI-3 总线控制方式以及基于远程信号调理的单机远程控制方案,进行了详细分析,并讨论了远程信号的校准、自检和传输等细节问题。
    This text introduces the structure and working principle of the remote fault diagnosis system of hydraulic device, and studies the ASP and ActiveX technique which is applied in this system. Finally, the realizing methods of the remote signal analysis and remote fault diagnosis are discussed in detail.
    本文介绍了液压设备远程故障诊断系统的结构及工作原理,对系统所采用的ASP和ActiveX等技术进行了探讨研究,并详细讨论了远程信号分析处理和远程故障诊断的实现方法。
 

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