Radio Frequency Communication Based Safety and Security System for Fishermen

A. Maurya, Shalabh Gupta
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引用次数: 1

Abstract

Geo-fencing in marine water is a difficult process as compared to land. Our fishermen, knowingly or unknowingly, cross the border and lands up in other country's marine water. They risk their lives for their daily wages. Sometimes it can be fatal. Also, in case of emergency, there is no one to help them. Our radio frequency (RF) communication based system (RFCS) will help them from not crossing country border. The device (Slave) on fishermen boats will periodically broadcasts its GPS signals integrated in data packets. This will be received by Patrolling boats or at the coast by a receiver(Master). Thus, the master has information about the location of each boat in real-time. If the slave is about to cross the border, the master will inform the boat about the crossing so that the slave should remain safe inside water boundaries. Tracking of a particular slave can also be done and an immediate help from the coast can be provided when a distress message is being transmitted from slave boats. It uses sub-GHz transceiver with additional power amplifier and RF switch integrated with each other to provide long distance communication range. This will greatly reduce the mortality rate as compared to the current scenario.
基于射频通信的渔民安全防范系统
与陆地相比,海洋中的地理围栏是一个困难的过程。我们的渔民有意无意地越过边界,进入了别国的领海。他们冒着生命危险争取每天的工资。有时它可能是致命的。此外,在紧急情况下,没有人帮助他们。我们的射频(RF)通信系统(RFCS)将帮助他们不跨越国界。渔民船上的设备(Slave)将定期广播其GPS信号集成在数据包中。这将由巡逻船或海岸上的接收人(船长)接收。因此,船长实时掌握每艘船的位置信息。如果奴隶要越过边界,主人会通知船,让奴隶在水域边界内保持安全。追踪特定的奴隶也可以做到,当奴隶船发出求救信息时,海岸可以立即提供帮助。它使用sub-GHz收发器和附加的功率放大器和射频开关相互集成,提供远距离通信范围。与目前的情况相比,这将大大降低死亡率。
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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