串行通信

In this paper, a method of serial communication between PC and 80C196KC Single-chip-computer applied to the test system of Greensand quality is introduced.

引言串行口是计算机与外部设备进行数据交换的重要介质，所以串行通信在工程中有着广泛的应用。

Meanwhile, the host computer accomplishes the management of complicated data and control of single-chip computer, and with the use of Microsoft Communications Control provided by VC++, the communication between single-chip computer and personal computer is accomplished. Fifthly, by using systematic algorithm of MATLAB editable intelligent fire alarm system M file, and the user surface of VC++ intelligent fire alarm system, and also with the mixed program of MATLAB and VC++, the combination of the intelligent fusion algorithm and the visible surface is realized and the final judgment results are shown on the user interface. Lastly, the experiments about the effectiveness and reliability of intelligent fire alarm system shows that the system can distinguish fire, glow fire and non-fire source and that reducing the proportion of misreport is realized.

通过VC++提供的串行通信控件MSComm，完成了上位机和下位机之间的串口通信；(5)利用MATLAB编辑智能火灾报警系统算法M文件，再通过VC++设计智能火灾报警系统的用户界面，最后利用MATLAB和VC++混合编程，实现了智能融合算法与可视化界面的结合，将最终判断结果显示在用户界面上；(6)对开发的智能火灾报警系统的有效性和可靠性实验结果表明，该系统可以准确区分明火、阴燃火和非火灾源，对不同类型的火灾都具有较高的灵敏度，达到了降低误报率的目的。

The data needs to be transferred from testers to the host computer in the testing system for real-time acceleration. For the sake of improving the controlled at real-time and the reaction rate of accepter for data, at the condition of Windows XP, the serial communication between signal PC and multistation of sensors was realized and the data collected by each sensor can be got at real time.

在实时加速度测试系统中，数据需要从测试仪传送到主机上，为了提高控制的实时性及接受端对数据的反应速度，利用VC++7.0下的Active控件和RS-232串行接口，实现了在Windows XP环境下，单台PC机与多台传感器的串行通信，并能实时获取各传感器的数据采集。

The means of system data communication with parallel communication which is defined into serial communication, and the hardware circuit are given.

提出了系统数据通信串行通信定义并行通信的方法，给出了硬件电路。

There has also introduced a multi-function human scale of the control module and other parts of the communications, with the keyboard and display and voice communication is part of the serial communication but also to establish communication protocol, and the printer is parallel communication.

除此以外还介绍了多功能人体秤主控模块部分与其他部分的通信，与键盘显示和语音部分的通信是串行通信还要建立通信协议，而与打印机则是并行通信。

Then, the universal CNC class is established using the thoughts of O-O technology and the models of send process, receive process and remote process is expressed by UML language.

提出了针对串行通信数控机床构建局域网式DNC通信结构的技术方案，即基于以太网的DNC通信技术。

In former module multithread unlogged serial communication is realized with the user-defined serial port class called Win32 API functions. In the later module the ADO technology is adopted to manage the ACCESS databases, which stored recipes, production report, error recording etc..

其中采用了Win32 API 函数自定义类，实现了多线程无堵塞的串行监控，应用ADO技术实现了配方、生产报表、故障记录等ACCESS 数据库的管理，并在系统中实现了串行通信技术和ADO 技术的有机结合。4。

Communication between room and building has been accomplished.

本文完成了通信串口的扩展和PC机与单片机串行通信的设计，实现了房间层和栋层间的通信。

Each 8031 microcomputer contains a high speed full duplex (means you can simultaneously use the same port for both transmitting and receiving purposes) serial port which is software configurable in 4 basic modes: 8 bit UART; 9 bit UART; Interprocessor Communications link or as shift register I/O expander. For the standard serial communication facility, 8031 can be programmed for UART operations and can be connected with regular personal computers, teletype writers, modem at data rates between 122 bauds and 31 kilobauds.

每8031微机包含高速全双工（意味着你可以同时使用相同的端口都发射和接收的目的）的串口是软件配置在4基本模式： 8位异步； 9位异步；整合通信链路或移我登记/海外扩张为标准的串行通信设备， 8031可以编程为异步操作，可与普通的个人电脑， teletype作家，在现代数据传输率之间的122波特和31 kilobauds 。

And the technology of Java Applet and Web database is introduced in detail. The particular design of the reuse-water remote monitoring and control system is purposed. The concrete hardware structure and software unitary design suppose is put forward, and achieving the tight joint between monitoring and control technology and network technology, the serial programming is used to the data collection in the system.

论文详细设计了中水回用远程监控系统，提出了基于Web的中水回用远程监控系统的具体硬件结构方案和软件的整体设计思路，实现了监控技术与网络技术的紧密结合，应用串行通信技术进行数据采集，使用Java Applet和Socket通信技术解决远程实时通信问题。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。