A New Era in Fishing Safety: RF and GSM Technologies

Fishermen operating in international waters often confront significant challenges, including unintentional breaches of foreign maritime boundaries, sudden weather changes, and the lack of prompt emergency assistance. These issues can lead to detainment, threaten livelihoods, and pose serious safety risks. To address these challenges, we have developed an advanced system that employs Radio Frequency (RF) technology for accurate maritime boundary detection, along with GSM-based communication for real-time distress signaling. The system provides timely alerts to fishermen as they near international borders, thereby minimizing the risk of accidental trespassing. In emergencies, it automatically transmits an SOS signal with precise location information to base stations and nearby vessels, ensuring a rapid and coordinated response. Additionally, the system’s real-time weather monitoring capabilities enhance navigational decision-making, contributing to safer journeys. By integrating border detection, distress signaling, and weather monitoring, the system not only boosts operational efficiency and ensures compliance with maritime regulations “but also optimizes resource management and route planning. Through the combined use of satellite and RF technologies, it enables precise navigation, effective collision avoidance, and efficient route optimization. This comprehensive approach represents a significant advancement in maritime safety, providing fishermen with the essential tools for secure and sustainable navigation while protecting both their livelihoods and the marine environment.

Authors

Publication Details

Published
2024-11-21
DOI
https://doi.org/10.1109/icraset63057.2024.10895207
Primary Topic
Underwater Vehicles and Communication Systems
Type
article
Field-Weighted Citation Impact
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article

A New Era in Fishing Safety: RF and GSM Technologies

N. M. Krishna, R Pramodhini, S. Bhavana, K Kadambari
Underwater Vehicles and Communication Systems
article

A New Era in Fishing Safety: RF and GSM Technologies

N. M. Krishna, R Pramodhini, S. Bhavana, K Kadambari
article en

Abstract

Fishermen operating in international waters often confront significant challenges, including unintentional breaches of foreign maritime boundaries, sudden weather changes, and the lack of prompt emergency assistance. These issues can lead to detainment, threaten livelihoods, and pose serious safety risks. To address these challenges, we have developed an advanced system that employs Radio Frequency (RF) technology for accurate maritime boundary detection, along with GSM-based communication for real-time distress signaling. The system provides timely alerts to fishermen as they near international borders, thereby minimizing the risk of accidental trespassing. In emergencies, it automatically transmits an SOS signal with precise location information to base stations and nearby vessels, ensuring a rapid and coordinated response. Additionally, the system’s real-time weather monitoring capabilities enhance navigational decision-making, contributing to safer journeys. By integrating border detection, distress signaling, and weather monitoring, the system not only boosts operational efficiency and ensures compliance with maritime regulations “but also optimizes resource management and route planning. Through the combined use of satellite and RF technologies, it enables precise navigation, effective collision avoidance, and efficient route optimization. This comprehensive approach represents a significant advancement in maritime safety, providing fishermen with the essential tools for secure and sustainable navigation while protecting both their livelihoods and the marine environment.

Life below water
Openalex Percentile: Top 64%
Underwater Vehicles and Communication Systems
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