A remote control system for channel configuration on weather station over TCP/IP network

B. Sugiarto, Elan Djaelani
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Abstract

In a weather station, it is needed a network to transmit the data of weather condition from sensors to the base station in a long distances. For the wired network, TCP/IP protocol is widely used in data transfer for weather station. Usually in some cases, we are required to interchange weather sensors in different channels and set up the threshold limit. This threshold limit is used to know which sensor measure the highest condition level and will give the warning alarm to user in base station. This paper propose a remote control system for setting weather station configuration using TCP/IP network remotely. In this purpose system, we can control the sensor channels and set up the threshold limit to the weather station controller remotely. By using the java socket programming, the data packet can be transmitted for the new configuration. For this research, we use client-server mode to arrange the transmission line of request and the response message between the devices. Through the network evaluation, we also analyze the effect of the data packet on this remote control program in TCP/IP network.
基于TCP/IP网络的气象站信道配置远程控制系统
在气象站中,需要一个网络将传感器的天气状况数据远距离传输到基站。在有线网络中,TCP/IP协议被广泛应用于气象站的数据传输。通常在某些情况下,我们需要交换不同频道的天气传感器,并设定阈值限制。该阈值限制用于知道哪个传感器测量到最高状态电平,并向基站用户发出警告报警。本文提出了一种利用TCP/IP网络远程设置气象站配置的远程控制系统。在本系统中,我们可以远程控制传感器通道,并对气象站控制器设置阈值限制。通过java套接字编程,实现了对新配置的数据包传输。在本研究中,我们使用客户端-服务器模式来安排设备之间的请求和响应消息的传输线。通过网络评估,分析了TCP/IP网络中数据包对该远程控制程序的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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