Analysis of Wireless Communication Technologies for use in Maritime IoT

Maritime IoT (Internet of Things) systems depend on robust communication techniques to ensure seamless data exchange and connectivity at sea. Effective design needs to consider coverage, data transfer rates, power consumption, and application-specific needs, along with redundancy for enhanced reliability. This paper analyzes key wireless communication technologies for maritime IoT, including their pros and cons. This analysis aims to guide engineers in a selection of adequate communication technologies for effective maritime IoT implementations.

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Published
2024-11-26
DOI
https://doi.org/10.1109/telfor63250.2024.10819185
Primary Topic
Mathematical Control Systems and Analysis
Type
article
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Analysis of Wireless Communication Technologies for use in Maritime IoT

Dejan Drajić, Zoran Čiča, Lara Kašca, Đorđe Nešković et al.
Mathematical Control Systems and Analysis
article

Analysis of Wireless Communication Technologies for use in Maritime IoT

Dejan Drajić, Zoran Čiča, Lara Kašca, Đorđe Nešković, Marko Marković
article en

Abstract

Maritime IoT (Internet of Things) systems depend on robust communication techniques to ensure seamless data exchange and connectivity at sea. Effective design needs to consider coverage, data transfer rates, power consumption, and application-specific needs, along with redundancy for enhanced reliability. This paper analyzes key wireless communication technologies for maritime IoT, including their pros and cons. This analysis aims to guide engineers in a selection of adequate communication technologies for effective maritime IoT implementations.

University of Belgrade (RS)
Openalex Percentile: Top 77%
Mathematical Control Systems and Analysis
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