基于物联网的渔船安全监控系统

Fajar Ratnawati, M. Subandri, M. Afridon
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引用次数: 0

摘要

- 本研究开发了一种基于物联网(IoT)的渔船安全监控系统,主要用于检测渔船的倾斜度和位置。由于缺乏实时监控,Bengkalis 地区的渔业在渔民安全和资源可持续性方面面临挑战。拟议的系统使用 SIM808 GSM 模块和 MPU6050 传感器,并与 Arduino 平台集成,以实时、准确地监测船舶的位置和倾斜度。船舶倾斜信息对于防止船舶事故非常关键,因为船舶事故往往是由于船舶在海中不稳定造成的。该系统为渔民提供了潜在危险状况的预警,使他们能够在事故发生前采取纠正措施。此外,对船只位置的监控可确保船只处于安全捕鱼区并遵守渔业法规,同时使有关当局能够在紧急情况下迅速实施救援。该系统还支持渔民优化捕鱼路线,以提高燃油效率和渔获量。因此,这项研究不仅有助于渔民的安全,还有助于提高作业效率和 Bengkalis 渔业资源的可持续性。
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Sistem Monitoring Keselamatan Kapal Nelayan Berbasis Internet Of Things
– This research develops an Internet of Things (IoT) based fishing vessel safety monitoring system that focuses on detecting the tilt and location of the vessel. The fishing industry in Bengkalis Regency faces challenges in fishermen's safety and resource sustainability due to a lack of real-time monitoring. The proposed system uses a SIM808 GSM module and an MPU6050 sensor, integrated with an Arduino platform, to monitor in real-time and accurately the ship's position and inclination. Ship tilt information is very critical in preventing ship accidents which often occur due to ship instability in the middle of the sea. This system provides fishermen with early warning of potentially dangerous conditions, allowing them to take corrective action before an accident occurs. In addition, monitoring vessel location ensures that vessels are in safe fishing zones and comply with fisheries regulations, while enabling authorities to carry out rapid rescue in cases of emergency. The system also supports fishermen in optimizing fishing routes to increase fuel efficiency and catch. Thus, this research not only contributes to fishermen's safety but also operational efficiency and sustainability of fisheries resources in Bengkalis.
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