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GMDSS: Ensuring the Safety of the Vessel and Effective Emergency Response

The Global Maritime Distress and Safety System (GMDSS) is a comprehensive international framework designed to enhance security and crisis response capabilities in the marine industry. It is a set of protocols, resources and connection methods that assure rapid and efficient contact between boats, shore-based facilities and deliver coordination centers. The Global Marine Distress and Safety System plays a crucial role in minimizing the risk of accidents, saving lives and protecting property at sea.

Components and Functionality of GMDSS

The Global Maritime Distress and Safety System consists of various components, including satellite and terrestrial connection processes, affliction worrying devices and search and safeguard supplies. These elements work together to provide a reliable and automated means of transmitting and receiving concern alarms, security information and seafaring protection broadcasts. The structure also enables the coordination of search and reclaim operations, allowing to a swift and effective response to difficulties at sea.

Importance of GMDSS for Deck Officers

Mates play a vital role in ensuring the proper functioning and utilization of the GMDSS on board ships. They are responsible for maintaining and testing the Global Maritime Distress and Safety System equipment, as well as being proficient in its operation. In the event of an emergency, assistants to the master must be able to quickly and accurately transmit care alarms and communicate with relevant authorities to coordinate rescue efforts. Therefore, a thorough understanding of the GMDSS and its procedures is essential to naval officers to fulfill their duties and contribute to the overall protection of the craft and its crew.

Excitation of Waves in a Continuous Spectrum and Evaporation Duct with Two Trapped Modes 15
Coherence Function in a Random and Non-uniform Atmosphere 23
Search and Rescue Transponders (SART) and Power Supplies 34
Spectrum of Normal Waves in an Evaporation Duct 46
UHF Propagation in an Evaporation Duct 38
Emergency Position Indicating Radio Beacons; EPIRBS 38
Digital Selective Calling (DSC) Alert Procedures and Protocols 55
Wave Field Fluctuations in Random Media over a Boundary Interface 46
Radio Calling Procedures Improving Clarity and Efficiency in Radio Transmissions 68
Marine VHF Radio – Communication and Emergency 82
Basics of Fock’s Theory – the Hartree-Fock Approach to Evaporation Ducts 48
The Role of the RCC in the GMDSS 69
Feynman Path Integrals in the Problems of Wave Propagation in Random Media 61
Understanding Parabolic Approximation in Wave Propagation: Analytical Methods and Applications 69
False alerts in the GMDSS 85
Atmospheric Boundary Layer and Basics of the Propagation Mechanisms 75
Maritime Mobile Traffic: Charges for Radio, Telex, and Satellite Services 93
Satellite Technology Advances: Electric Propulsion and Launch Platforms 105
UltraHD Video/TV and Satellite Implications 96
The Essential Role of Power Supplies in Electrical Engineering on the Ship 91
M2M Developments and Satellite Applications 130
Maritime and Other Mobility Services 89
SART – Search and Rescue Transponders – Portable VHF Transceivers 110
Aeronautical Mobility Services 115
High Throughput Satellites (HTS) and KA/KU Spot Beam Technologies 146
The Essential Guide to Emergency Radio Beacons 142
DVB-S2 Modulation Extensions and Other Advances 136
Exploring the Future of Satellites 196
Maritime Safety Information Under the GMDSS (The Global Maritime Distress and Safety System) 224
Maritime SafetyNET Service by Inmarsat 148
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