摘要伴随集成电路和计算机技术迅猛进展，虚拟仪器技术应运而生，它与传统仪器相比，功效史强、处理速度更加快、用途更广而且操作更简单、体积小可扩允性愈加好。虚拟仪器能够允分利用计算机运算、存放和显示功效因而在降低仪器成本同时，使仪器灵活性和数据处理能力大大提升。本文实行虚拟仪器思想，结共计算机结构特点，提出了一个以计算机为平台，基于LabVIEW 水压远程监控系统，介绍利用 TCP/IP 协议进行数据远程监测和控制。利用 LOCD 技术和 TCP/IP 协议组以及 LabVIEW 中网络传输模块，提出了一个更廉价监控系统设计方案，具备通用性强，有用价亻直高以及性能稳定等特点：在 LabVIEW 环境中实现了对测试系统远程监测和控制。能够推广到简单光电系统，试验水压测试系统，以及一些化工类测试系统当中，应用前景宽广。关键词：TCP/IP、LOCI)、数据采集，腩诅 e 循环、For 循环。AbstractAlong with the integrated circuit and the computer technology swift and violent development, the hypothesized instmment technology arises at the historic moment, It compares with the traditional instmment, the finction IS stronger, the processing speed is quicker, the use IS broader moreover operates, the volume simply is small, may expand pernuts the nature to be bettel. may the very convenient group organize test system, better satisfy many kinds of surveys the request. In this case, the hypothesized instmment composes the supewisoryr system has also substituted for the pnmary electron metering equipment and the composition supetvß01Y system.This amcle uses the hypothesized instmment the thought, unifies the computer the umque feature, pcoposed one kind take the computex as a platform, based on the LabVIEW hydraulic pressure long-distance supervusuy system, introduced carnes on the data loug-distance monitor and the control using the TCP/IP agreement. Using in the LOCD technology and the TCP/IP agreement group as well as the LabVIEW network transmission module, proposed...
