客户端服务器技术与web技术在嵌入式物理参数监控系统设计与实现中的比较研究

S. Baruah, A. Mahanta, K. Sarma
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引用次数: 5

摘要

本研究开发的系统是一个基于单片机的嵌入式系统,用于监测和控制温度和湿度等参数。它可以使用简单的客户端服务器技术和web技术来实现。属于组织域的用户可以使用自己的Intranet对简单的客户端服务器技术设计的参数进行监视和控制,而不在Intranet范围内的用户可以使用使用web技术设计的Internet接口。这两种技术都有自己的优点和缺点。本文探讨了使用客户端服务器和web技术的系统的技术含义。嵌入式硬件电路被制作成两个独立的数字电路,连接嵌入式服务器的两个COM端口。第一个电路将监测温度和湿度,并将其显示在LCD上。在计算机中执行的应用程序读取COM端口,并将其显示在监视器中并存储在数据库中。第二个数字电路将为自动控制温度和湿度的设备提供必要的硬件控制。用户输入的温度、湿度设定值存储在计算机数据库中,通过继电器实现。开发的系统使其内联网和互联网用户可以通过各自的前端监控和设置新的温度和湿度值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A comparative study on client server technology and web technology in design and implementation of an embedded system used for monitoring and controlling of physical parameters
System developed for the stated study is a microcontroller based embedded system for monitoring and controlling of parameters like temperature and humidity. It can be implemented using simple client server technology as well as web technology. Users belong to the organizational domain can use their own Intranet for monitoring and controlling of parameters designed on simple client server technology whereas users beyond the scope of Intranet can use Internet interface designed using web technology. Both the technologies are having its own advantages as well as disadvantages. This paper explores the technological implications of the system using client server as well as web technology. Embedded hardware circuit is fabricated in to two separate digital circuits connecting two COM ports of Embedded server. First circuit will monitor temperature and humidity and display same in LCD. Application program executed in computer reads COM port and display the same in monitor and store in database. Second digital circuit will provide necessary hardware control of devices for controlling of temperature and humidity automatically. It is implemented through relay based on the user entered set value of temperature and humidity which is stored in database of computer. Developed system enable its both Intranet as well as or Internet users for monitoring and setting new values of temperature and humidity through the respective front end.
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