Maritime communication using shore base stations

4 FAQs about [Maritime communication using shore base stations]

Why do marine and offshore areas need a communication base station?

Marine and especially offshore areas have a constant need for identification, tracking of passing ships and communication . The existing offshore communication mainly adopts the ground communication base station or relay to cover users in offshore areas, and provide high-speed data rate and reliable communication links [19, 20].

Can a ship-to-shore communication system extend the coverage of terrestrial base stations?

In particular, dynamic environmental factors like tides, waves, and wind speed lead to substantial variations in the channel parameters over time. In response to these challenges, this paper puts forward a ship-to-shore communication system using relay ships to extend the coverage of terrestrial base stations.

Do marine communication base stations rely on satellites?

At this stage, the deployment of communication base stations makes marine communication heavily dependent on marine satellites, and the problems associated with the use of satellites for maritime communication have been studied by many scholars .

How does maritime broadband communication work?

Currently, the main approach to achieving maritime broadband communication is through accessing terrestrial base stations (BSs) and utilizing ground-based cellular networks . To extend the coverage of terrestrial networks, relay technology has been introduced, allowing vessels to access base stations via multi-hop wireless communication.

Joint waveform design for multi-user maritime integrated

In this paper, we propose an integrated sensing and communication (ISAC) base station (BS) system designed for applications by multiple users in complex offshore

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Ship-to-Shore Communication

Automatic Identification System (AIS) The Automatic Identification System (AIS) has revolutionized maritime communication and vessel tracking. AIS is a system that allows

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Advancing Maritime Communication Systems for Safety and

Specifically, the terrestrial base station (TBS) serves near-shore users, while the low earth orbit (LEO) satellite communicates with off-shore users. We aim to improve the

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A survey of maritime communications: From the wireless channel

In this paper, we outline the difference between the terrestrial and maritime propagation properties and present a survey of maritime communications in terms of the

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Shore Based GMDSS AIS receiver and stand-alone Base Station

VDES (VHF Data Exchange System) is a next-generation maritime communication system, designed to enhance and expand the capabilities of the well-known AIS (Automatic

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Analysis of Maritime Wireless Communication Connectivity

In response to these challenges, this paper puts forward a ship-to-shore communication system using relay ships to extend the coverage of terrestrial base stations. A novel channel modeling

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Modern Maritime Communications

For decade''s coastal mariners, particularly fishermen and pleasure users have been using mobile phone systems on board vessels Shore service providers have specifically

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Common communication systems in the maritime environment.

On the shore, base stations integrated with network operations centers (NOCs) serve as shore-based relays for satellite communication, which uses geosynchronous equatorial orbit (GEO).

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Maritime communication networks: A survey on architecture,

Maritime communications are pivotal in facilitating the timely and precise exchange of information across vast maritime areas, serving a diverse array of maritime activities [1].

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Multiuser Maritime Integrated Sensing and Communication Shipboard Base

This research delves into an integrated sensing and communication (ISAC) system, which leverages a ship-based station to simultaneously offer maritime communication

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