甚高频(VHF)频谱话音通信系统船用无线电

D. F. Hariyanto, Iskandar, I.Y.M. Edward, T. Juhana
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引用次数: 1

摘要

印度尼西亚的无线电通信发展得相当好。然而,尽管政府对无线电频率频道进行了监管,但在使用中仍存在许多问题。例如,航海和航空的无线电频道都有自己的专用频率,因此它们在实践中不会混合。但印尼存在的问题是,渔民经常使用属于航空无线电频道的飞行频率频道进行通信。因此,有必要以符合标准的设备形式解决通信系统中所有渔民的问题。在本研究中,我们以通信设备的形式设计并实现了无线电通信系统,用于渔船与其他船只以及“港口”进行通信,作为遇险信号(紧急情况)的接受者,快速报告某些事件(如海盗,外国船只被捕等)。渔民海上无线电是考虑到渔民对渔民通信和信息安全系统的标准需求而制作的,该设备的目的是使每个渔民都能轻松获得价格,并且易于使用。最后,利用Arduino Pro Mini 3.3 V/8 MHz、甚高频(VHF)通道上的DRA818V振荡器模块和其他支持组件,构建了主控的海上无线电。在无线电的实现上,Arduino Pro Mini 3.3V/8MHz将以整数值的形式处理来自用户的输入数据,由DRA818V转换成频率通道。所述预定频率为所述载波频率,所述载波频率经调制后成为所述无线电上的通信路径。该设备输出功率为1瓦,最远通信测试结果为412米。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Marine Radio for Voice Communication System on Very High Frequency (VHF) Spectrum
Radio communication in Indonesia has developed quite well. However there are still many problems in the use of radio frequency channels although actually it has been regulated by the government. Radio channels for meritime and aviation for example, they both have their own dedicated frequencies so that they are not mixed in practice. But the problems that exist in Indonesia are that fishermen often communicate using flight frequency channels which belongs to aviation radio channels. Therefore, it is necessary to have a solution for all fishermen in the communication system in the form of a device that is comply with standards. In this research we design and implement the radio communication system in the form of communication devices for fishing vessels to communicate with other ships as well as “harbour” as recipients of distress signals (emergency), rapid reporting of certain events (such as piracy, arrests by foreign vessels, etc.). Maritime radio for fishermen is made by considering the standard needs of fishermen for the fishermen’s communication and information security system, this device is made aimed at making the price easily accessible to every fisherman, as well as easy to use. Finally maritime radio is built with the main control using Arduino Pro Mini 3.3 V/8 MHz, DRA818V oscillator module on Very High Frequency (VHF) channels, and other supporting components. On the implementation of the radio, Arduino Pro Mini 3.3V/8MHz will work to process input data from the user in the form of an integer value to be converted by DRA818V into a frequency channel. The predetermined frequency is the carrier frequency that is modulated and then becomes the communication path on the radio. This device has an output power of 1 watt and the results of the furthest communication test is 412 meters.
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