Industrial control system is composed of a variety of automatic control components and real-time data acquisition and monitoring process control components.
工业控制系统是由各种自动化控制组件和实时数据采集、监测的过程控制组件共同构成。
Permanent sensor will realize the function of data acquisition, process and transmission, realize monitoring oil-gas reservoir real-time dynamically under network condition with Internet technology.
利用互联网技术的永久探测器可实现在网络命令下的数据采集、处理、传输功能，能够实现对油气藏动态、实时监测。
The data acquisition and transform model which suits for permanent real-time monitoring reservoir dynamically under network has also been founded.
建立了适合网络化永久性油气藏动态监测的数据实时采集、处理、传输模型。
Aim at the insufficiency of traditional way of monitoring in industry field, designed a data acquisition and control system based on serial port communication.
针对传统工业现场监控方式的不足，设计了一种基于微机串行通信方式的数据采集和控制系统。
A design of synchronous data acquisition card is used as core in large-scale equipments condition monitoring and fault diagnosis.
介绍了一种在大型设备状态监测和故障诊断系统中作为核心的同步数据采集卡的设计方法。
According to the actual health monitoring requirements of a steel bridge, a new data acquisition and preprocessing system based on virtual instrument was developed.
根据某铁路桥梁结构健康监测的需求，开发了基于虚拟仪器技术的远程数据采集和预处理系统。
The structure and operation principle of a distributed data acquisition system for embankment safety monitoring based on PLC, are introduced.
介绍了一种基于可编程控制器（PLC）的分布式堤防安全监测数据采集系统的构成及工作原理。
A new vibration monitoring, analyzing and fault diagnosing system, the structure of its data acquisition system, performance and characteristic of the software were introduced.
介绍一种新型振动监测分析和故障诊断系统，其数据采集器的结构以及系统软件的功能和特点。
Data acquisition and monitoring system of loading test of high power UPS modules are investigated and designed. The principle of the system, hardware structure and software design are given.
提出并设计了大功率ups负载试验系统及其数据采集与监视模块，讨论了该系统的原理及硬件结构和软件设计。
The system, which is oriented to the application to the stations of natural gas, is designed to meet data acquisition, meterage, management and remote monitoring in the supervising center.
该系统定位于矿区与输配气站的应用，实现对各输配气站的数据采集、计量、管理及在管理中心的远程监测。
It implements the monitoring of coal load and processes and analyzes data acquisition of field experiments.
实现了存煤量的监测，并对采集的试验数据进行了处理与分析。
System on the logical relationship from the data acquisition is divided into layers, layer analysis of monitoring, management and exchange transport layer.
系统从逻辑关系上分为数据采集层、分析监测层、管理层和交流传输层。
Because data acquisition of groundwater monitoring is completely carried on in the field, it needs computer of excellent performance, good mobility and working for a long time.
地下水监测的数据采集工作全部都是在野外进行的，所以需要性能出色，移动性好，待机时间长的电脑。
A mobile real-time data monitoring system is designed for nuclear accident emergency, accomplished real-time data acquisition and transmission.
针对核事故应急监测的特殊应用，设计了移动实时数据监测系统，完成实时数据采集和传输。
And the paper studies and works out monitoring software in the whole system, including A/D acquisition and control, data exchange, DCI driver and digital signal filtering and data preprocess software.
并研究编制了整个系统的监控软件，包括A/D采集和控制、数据通讯、显控等部分接口驱动程序以及数字信号滤波数据预处理软件；
In this system, we chose the distributed structure of network. It could realize real time data acquisition, condition monitoring, and fault diagnosis with the aid of computers.
系统采用了网络分布式结构，由多机共同完成数据采集、分析、监测与诊断任务，可以实时地进行数据采集与分析、状态监测、故障诊断。
Efficiency was poor. Virtual instrument technology provides a perfect solution for data acquisition automatically and real-time monitoring remotely.
虚拟仪器技术为数据的自动采集和远程实时监测提供了一种理想的解决方案。
Issues that water quality auto monitoring technologies aim at are to realize remote data acquisition, and then automate the whole process of data transfer and process.
实现数据的远程采集，监测设备的远程监控，进而实现包括数据传输、处理在内的整个流程的自动化，是水质自动监测技术所要解决的核心问题之一。
Therefore, data acquisition and remote monitoring of orchard environment based on virtual instrument is of great significance for directing actual production of the orchard.
因此，基于虚拟仪器技术的果园生态环境信息采集与远程监测，对于指导果园实际生产具有十分重要的意义。
Water quality monitoring is characterized by extensive district, disperse monitoring stations and inconvenience of data acquisition and management.
水质监测工作的特点是监测区域广，监测站点分散，信息的采集和管理不便。
This bridge health remote monitoring system consists of three parts: data acquisition, data transmission and data processing.
完整的监测系统由数据采集、数据传输和数据处理三部分组成。
Continual real time data acquisition, which provides sufficient and detailed condition and fault information, is vital for condition monitoring.
连续实时数据采集对状态监测具有重要意义，它能提供充分详细的状态信息和故障信息。
According to the agreement we can achieve the integration of self-positioning of the nodes, the self-organizing of the network, the monitoring data acquisition and the monitoring results collection.
通过该协议可以实现节点的自定位、网络的自组织、监测数据的获得、监测数据的融合和监测结果的收集。
High speed data acquisition and transmission, and simple control are the advantages of the condition monitoring system based on PC parallel port.
基于计算机通用并行口的设备状态监测与故障诊断系统具有采集与数据传输速度快，控制方便等优点。
A new air quality monitoring method on vehicle to overcome the disadvantage of the traditional method, i. e. small amount of the acquisition data set and small covered field is presented.
针对传统的大气质量监测方法获取数据量少、覆盖范围小的缺点，提出了一种利用车辆进行大气质量监测的方法。
Study the data collection and communication technology in fracturing; design the hardware system of real-time monitoring, optimization of various sensors, data acquisition module;
研究了压裂施工中数据的采集和通信技术，设计了实时监测的硬件系统，优化选择了传感器，数据采集模块；
It offers data for equipment running in the course of monitoring and fault diagnosis of hydraulic device. And the result of diagnosis is directly depended on the acquisition technique.
在液压设备的状态监测与故障诊断中，数据采集系统提供设备的运行状态数据，其采集技术水平直接影响诊断结果。
Approach control data acquisition and monitoring system which is proved by environmental experiment, transportation experiment, system test, it is test nicety, steady reliability, anti-jamming.
基于虚拟仪器技术的引控数据采集系统己投入使用，经过环境试验、运输试验、系统联试试验，证明该系统测试准确、稳定可靠、抗干扰能力较强。
Approach control data acquisition and monitoring system which is proved by environmental experiment, transportation experiment, system test, it is test nicety, steady reliability, anti - jamming.
基于虚拟仪器技术的引控数据采集系统己投入使用，经过环境试验、运输试验、系统联试试验，证明该系统测试准确、稳定可靠、抗干扰能力较强。
In order to have test on high-speed train aerodynamics, we would like to Design a portable, stable and low-power data acquisition and wireless monitoring system.
拟设计开发一套便携稳定、低功耗的数据采集、无线监测系统用于列车空气动力学测试试验。
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