By using DDE technology, data exchange between MATLAB and WinCC is implemented.
采用DDE技术来实现二者之间的数据交换。
It targets a piece of Siemens software, called WinCC, which runs on Microsoft Windows.
病毒专门攻击一款叫做WinCC的西门子软件，该软件的运行环境是微软的Windows操作系统。
This paper describes the method of realizing serial communication with OLE based on WINCC.
本文主要是介绍在WINCC组态软件中采用OLE控件实现串口通讯的方法。
Based on industrial configuration software WINCC and OPC technology, friendly man-machine interface is designed.
以工业组态软件WINCC和OPC技术为基础，设计了友好的上位机人机接口。
The hardware configuration and programming are accomplished with STEP7. The monitoring and controlling of processes is implemented with WinCC.
利用STEP7软件完成了硬件组态和过程控制程序的编写。
The article introduced method of flexible parameter setting, in PLC of SIEMENS SIMATIC S7, by HMI Software WINCC, as with running monition on CRT of upper computer.
本文介绍了在SIEMENSSIMATICS7的可编程控制器中，通过HMI软件WINCC，在上位机的画面上进行运行监控的同时，完成柔性化参数设定的方法。
The lab is equipped with a flexible production line training system. It consists of Siemens PLC, mechanical transmission, industrial bus and WINCC monitoring system.
本实验室配备的光机电一体化柔性实训系统，由西门子PLC、机械传动机构、液压和气动机构、传感器器件、工业总线和WINCC监控系统等组成。
Therefore, the optimization control based on siemens PLC, as well as the realization of WinCC configuration monitoring software is focused on the issue of this paper.
海洋生物酶发酵各生产工艺参数的归档、优化和控制等功能的实现，以西门子PLC程序的编写和人机界面的组态为基础。
The programs for monitoring and displaying are designed using WINCC. The methods for improving efficiency and precision by error compensation and perfect software design are adopted.
采用WINCC设计测长监控与显示程序，并利用误差补偿技术及完善的软件设计方法，保证了测长系统的高效准确。
The programs for monitoring and displaying are designed using WINCC. The methods for improving efficiency and precision by error compensation and perfect software design are adopted.
采用WINCC设计测长监控与显示程序，并利用误差补偿技术及完善的软件设计方法，保证了测长系统的高效准确。
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