工业控制系统

以机器人控制为例阐述了基于WEBService（Web服务）的远程工业控制系统的理论与实现；

The theory and realization of robot remote industrial control system based on Web service are explained .

实验物理和工业控制系统在Linux平台上的实现

Implementation of Experimental Physics and Industrial Control System on Linux Platform

分布式复杂工业控制系统中的Agent技术

Agent Technology in Distributed Complex Industry Control System

Controllerlink网络在工业控制系统中的应用

Application of Controller Link Net in Industry Control System

基于PLC工业控制系统关键技术分析

Key Techniques on Industrial Control System Based on PLC

PC机通过USB口与工业控制系统的通信实现

Communication through USB between PC and industrial control system

现场总线控制系统FCS（FieldBusControlSystem）适应了工业控制系统向分散化、网络化、智能化发展的方向，导致了传统控制系统结构的变革。

Field Bus Control System . ( FCS ) fits in with the industry control system 's development of distribution , net and intellect .

微型机&单片机STD总线分级工业控制系统

Micro Computer-Single Chip Computer STD Bus Hierarchically Industrial Control System

在实际工业控制系统应用环境中，研究PLC自由口模式的通信有助于实现PLC与Windows程序开发环境间的实时通信。

In real industry control system application environment , it 's helpful to realize the real-time communication between PLC and Windows .

基于SNMP的分布式工业控制系统网络实现

Implementation of Distributed Industry Control System Network Based on SNMP

多主STD总线工业控制系统

Industrial control computer system with the multiprocessor STD Bus

OPC技术在工业控制系统中的应用

The Application of OPC in Industry Control System

自从1995年毕业于拉合尔工程技术大学（UniversityofEngineeringandTechnology，Lahore）电子工程专业以后，他就开始为工业控制系统设计各种软件解决方案。

After graduating in Electronics Engineering from the University of Engineering and Technology , Lahore , in1995 , he began designing software solutions for industrial control systems .

分析了目前工业控制系统、嵌入式Linux系统以及小城镇、乡村给水系统的现状和趋势，并比较了目前应用比较普遍的各种工业控制系统。

Analyzing the current actuality and direction of industrial control systems , embedded Linux systems and water supply systems in small towns and villages .

结合这一形势，在对传统的工业控制系统的特点作出描述、比较之后，结合嵌入式技术和Internet技术等新技术，本文提出了一种新的控制体系结构&基于嵌入式Internet的工业以太网控制系统。

According to this tendency , the thesis , after research and compare to the traditional industry control system , developed a new control architecture - an Industry Ethernet Control System Based on Embedded Internet .

随着组态软件在工业控制系统中的应用，基于可编程控制器（PLC）的监控系统具有良好的人机界面。

With the application of configuration software in industrial control system , monitor and control system based on Programmable Logic Contrller ( PLC ) has developed a good man-machine interface .

本文依托于高校工业控制系统综合训练平台实验室建设项目中PLC远程实验室系统建设而展开研究。

This paper mainly describes the design and realization of the PLC remote laboratory system construction , which is based on the laboratory construction project " industrial control system comprehensive training platform " .

论文第七章是对项目和课题的研究总结，本着理论结合实践的态度，对前沿的工业控制系统和现代rr技术的整合做出了比较客观的预见。

The chapter seven is the summary of the researching project , also do some objective prediction to the integration fields .

虽然随着控制理论的发展，更多的控制器被应用于实际工业控制系统之中，但是在90%的工业控制系统中应用的仍旧为PID控制器。

With the development of modern control theory , more and more types of controllers are applied to the practical industrial control system . However , near 90 % of them are PID controllers .

本文简要说明了工业控制系统中MATLAB和监控组态软件数据交换的必要性，阐述了OPC数据交换的方法。

This paper introduces the importance of data exchange between MATLAB and configuration software in the industrial control system , and illustrate the method of data exchange based on OPC .

本文在分析工业控制系统特点的基础上，讨论了基于Windows平台的工业控制软件的开发思路，最后着重阐述了Windows环境下定时实现的各种方法。

Based on analyzing the features of industry control system , this paper discusses the development procedure of industry control software on Windows platform , and depictes several methods of timing realization under Windows environment specially .

介绍了GPRS数据传输协议及原理，GPRS数据传输在工业控制系统中的应用。

The article introduced the GPRS data transmission protocol , the principle of the protocol and the application of the GPRS data transmission protocol in the industrial control system .

稳定性与实时性对于工业控制系统而言是最为重要的，然而传统的Windows桌面操作系统很难保证较高的可靠性和实时性，因此本文采用WINDOWSCE作为开发平台。

Stability and real time are the most important demands of industry control system . It is difficult for Windows system to ensure high dependability and real time , so we use Windows CE platform .

简单介绍了中小型集散控制系统（DCS）的发展前景，指出采用嵌入式系统是工业控制系统发展的方向。

This paper briefly introduces the prospects of small and medium-sized distributed control system , and points out that the system is embedded which will lead the tendency of industrial control systems .

本文主要讨论了PLC及其网络的工作机理和具体实现，重点研究了把个人计算机开发成PLC及其网络的超级终端，实现对PLC工业控制系统的数据操作和管理的技术。

The paper is mainly discussed about the working principle and realizing method . And the paper study the super terminal of converting person computer into PLC and network and realize the technical of PLC control system data management and operation .

由于RS232通信接口协议简单，工业控制系统已广泛应用RS232口对各种设备进行信号采集和控制。

Since the protocol for RS232 is simple , RS232 has been widely used in various equipment to collect and control the signal data in industrial control system .

随着现代企业信息化建设进程逐步加快，企业上层信息管理系统（如ERP、供应链管理等）对工业控制系统的实时生产信息和资源提出了更高的要求。

With the development of information construction in a modern enterprise , the strategy information management system in an enterprise , such as ERP or CRM , asks the industrial controlling system with a real time production information and resource .

以大直径LPE炉温度控制系统为例，介绍了世纪星组态软件在工业控制系统中的应用。

With the example of the LPE furnace temperature control system , this paper presents the application of the Century Star configuration software in an industrial control system .

本文以工业控制系统中网络化改造为背景，来讨论基于DSP的嵌入式系统中RTOS的移植方法，采用公开源码的嵌入式操作系统μC／OS-Ⅱ进行移植和二次开发。

On the background of network reconstruction in the industry control system , the paper discusses the method of RTOS transplant based on DSP in embedded system . Work of transplant and re-development depends on open-coding embedded operation system μ C / OS - ⅱ .

这种应用以FPGA硬件本身的优点解决了传统分立元件电路缺点，同时加速了控制算法设计的顶层实现，从而大大提高将各种新型PID算法广泛应用于实际工业控制系统的可行性。

The application resolves the problem of the traditional circuit composed of discrete component by the advantage of FPGA , speeds up the top level design of control algorithm , and improves the feasibility of applying the various new PID algorithm extensively to actual industrial control system .