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Increasing the Reliability of a Naval Tactical Data Link through the Design and Implementation of Automatic Mechanisms for Failure Recovery

The work

TitleIncreasing the Reliability of a Naval Tactical Data Link through the Design and Implementation of Automatic Mechanisms for Failure Recovery
AuthorsGustavo Pérez Valdés; Stefany P. Marrugo Llorente; Eduardo Gómez Vasquez
Typearticle
Year2016
Citekeyvaldes2016increasing

Where it appeared

Published inShip Science & Technology
Volume10
Issue19
Pages27--45

Abstract

This document describes the design and implementation process of an automatic failure recovery system on a tactical data link, with the purpose of increasing its reliability during the execution of command and control naval operations. This effort is part of a project that seeks to create a Command and Control System at an operational level. The design of the recovery mechanism begins with the state analysis of the data link system under study, it then, continues with the identification of possible “dead states” and finally, turns to the development of software solutions for each identified failure. This solution considers the communication infrastructure capabilities currently available in the Navy units, so its implementation costs are reduced. This paper also presents the results obtained from the tests carried out in the system, which show that the average failure recovery time was reduced by 50%, increasing the reliability of the analyzed data link.

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Where this came from

How it got herealready cited · cited in bibtex
First seen2026-08-11
Recordnot reviewed by a person
Approved2026-08-16
In: The upper layers as deployed topic

Cite it as

@article{valdes2016increasing,
  title = {Increasing the Reliability of a Naval Tactical Data Link through the Design and Implementation of Automatic Mechanisms for Failure Recovery},
  author = {Gustavo Pérez Valdés and Stefany P. Marrugo Llorente and Eduardo Gómez Vasquez},
  year = {2016},
  journal = {Ship Science \& Technology},
  volume = {10},
  number = {19},
  pages = {27--45},
}

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