Automated Rescuing Boat Tracking System Using Raspberry Pi

Adlan Nafiz Norzeli, Za’iem Sabielar Rasyad, M. Razif, D. Misman, I. N. A. M. Nordin, Hikma Shabani
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Abstract

During floods, safety boats will be dispatched to help flood victims. The location tracking system is important to ensure the safety of the victim. Therefore, this project is conducted to track live locations and monitor flood survivors wirelessly. In tracking the victim’s location, a small and compact computer, called a Raspberry Piis installed on the boat and the recorded data has been uploaded online. This will help firefighters to monitor the location of the boat easily and help the victims navigate the boat to a safe place. A safety camera is installed to help firefighters monitor the situation as well. For system validation, various tests are conducted on-road, swimming pool and Panchor river in Muar, Johor, Malaysia. Hence, the performance on road is accurate. In fact, the recorded speed reading is similar to the speed measured by Google Maps. At the Pagoh Higher Education Hub (HPTP), Johor, Malaysia swimming pool, it is observed that, the faster the boat speed, the shorter the time required to complete a 50 meters trip. Finally, the river testing has shown that the boat speed increases when the boat moves in the same direction as the water current and slows down if the boat and river currents move in opposite directions.
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自动救援船跟踪系统使用树莓派
在洪水期间,将派遣安全船帮助灾民。位置跟踪系统对于确保受害者的安全至关重要。因此,该项目进行跟踪现场和监测洪水幸存者的无线。为了追踪受害者的位置,船上安装了一台名为Raspberry Piis的小型紧凑型电脑,记录的数据已上传到网上。这将有助于消防员轻松监控船只的位置,并帮助受害者将船只导航到安全的地方。还安装了一个安全摄像头,以帮助消防员监控现场情况。为了验证系统,在马来西亚柔佛州Muar的道路、游泳池和Panchor河上进行了各种测试。因此,在道路上的表现是准确的。事实上,记录的速度阅读与谷歌地图测量的速度相似。在马来西亚柔佛的Pagoh高等教育中心(HPTP)游泳池,人们观察到,船速越快,完成50米行程所需的时间就越短。最后,河流测试表明,当船与水流方向相同时,船速会增加,如果船与水流方向相反,船速会减慢。
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来源期刊
Alinteri Journal of Agriculture Sciences
Alinteri Journal of Agriculture Sciences AGRICULTURE, MULTIDISCIPLINARY-
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