摘要随着现代工艺的发展，人们对产品质量的要求越来越高，而生产过程中的温度值对质量的影响至关重要。在诸多条件恶劣、危险的环境中，无法实现现场的测量监视系统，本文的目标就是搭建一个远程温度监测并对数据实时显示、分析、存储的系统。
该系统以计算机平台为基础，利用虚拟仪器技术，在两台通过网络相连接的计算机上分别设置采集端与监控端。采集端方面，实现了多点温度和对应系统时间的采集和传输，监控端则对接受到的数据进行读取和分析，并显示到用户界面上，为了排除采集过程中的信号干扰，还对最终的信号进行了滤波。为了方便用户对所采集到温度值的调用和分析，监控端将温度值和其对应的采集时间实时存储到文本文件中。20781
通过程序的运行和调试证明，该系统能够实时地对采集数据进行传输、显示、分析和存储，并具有扩展性高、操作简单、用户界面友好等优点。
关键词 温度测量 温度采集 远程传输 实时显示
Title Design of remote temperature acquisition system based on virtual instrument
Abstract
With the development of technology, people put forward the higher
requirements for quality, while the temperature value is very important
for the quality. In many dangerous situations people can not collect value
at the scene. The goal of this dissertation is to set up a remote temperature
monitoring system and it can real-time display and storage of data .
The system is based on the computer platform and uses the technology of
virtual instrument. The acquisition terminal and the monitoring end are
connected through network.Acquisition terminal realizes acquisition and
transmission of the multi point temperature and the correspondingtime. The
monitoring end reads and analyzes the received data and displays it to the
user. In order to exclude the interference signal in the process of
collecting, datas are also eventually filtered. In order to facilitate the
user to recall and analyze the collected temperature values, value and its
corresponding acquisition time are stored in a text file in real time.
Proved by running and debugging programs, the system is able to realize
the real-time transmission, display, analysis and storage of data. It has
the advantages of high expansibility, simple operation and friendly user
interface.
Keywords Temperature measurement, Temperature acquisition, Remote
transmission, Real-time display目 次
1 引言.1
1．1 选题背景.1
1．2 虚拟仪器技术.1
1．3 虚拟仪器开发平台.4
1．4 本文的主要工作内容和安排.5
2 基于LabVIEW 的温度远程采集系统方案.6
2．1 LabVIEW 简介6
2．2 采集系统的总体设计方案.10
3 采集端设计方案.12
3．1 温度数据的生成.12
3．2 对采集的温度数据滤波.15
3．3 图表的选择.17
3．4 系统时间的采集.20
3．5 TCP 通信服务端的建立23
4 TCP通信客户端的建立26
4．1 网络数据的读取.26
4．2 温度值和采集时间的显示.28
4．3 温度值和采集时间的存储.30
5 功能的扩展与系统的调试.33
5．1 界面的优化.33
5．2 与 DAQ 的配合使用.35
5．3 可执行文件的生成.36
5．4 系统的运行与调试.38
结 论.42
致 谢.43
参 考 文 献.441 引言
1．1 选题背景
在工业、农业、军事、日常生活等诸多领域，人们对温度的实时采集、传输、显
示、分析和控制提出了越来越高的要求。粮食的短缺一直是制约我国经济发展、生活
水平提高的一大重要因素，为了减小自然环境与气候对农作物生产的影响，温室种植 基于虚拟仪器的温度远程采集系统设计:http://www.youerw.com/zidonghua/lunwen_12687.html