On jamming unfriendly submarine communication by radiating across an island in the vicinity of the opponent's coastline

Research output: Contribution to journalArticle

2 Citations (Scopus)

Abstract

The present work considers a small island close to an unfriendly shore. It is studied if and how the occupation of this land mass and the radiation through it could offer to one's own country an increased capability to interfere with the opponent's submarine communications. The simplified electromagnetic model is treated by utilizing the quasi-analytic scattering integral technique, while the derived solution has been tried, tested, and verified. The produced results show that the negative effect of the radiating island on communication between the vehicles of the rival country is substantial in most cases. This applicable conclusion is mainly attributed to the vastly larger sea losses compared to the fading of the propagating wave through land.

Original languageEnglish
Pages (from-to)438-449
Number of pages12
JournalElectromagnetics
Volume32
Issue number7
DOIs
Publication statusPublished - Oct 1 2012
Externally publishedYes

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jamming
Jamming
communication
Communication
fading
occupation
vehicles
Scattering
electromagnetism
Radiation
radiation
scattering

Keywords

  • electromagnetic interference
  • scattering integral
  • sea-land propagation
  • submarine communications

ASJC Scopus subject areas

  • Electrical and Electronic Engineering
  • Radiation
  • Electronic, Optical and Magnetic Materials

Cite this

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abstract = "The present work considers a small island close to an unfriendly shore. It is studied if and how the occupation of this land mass and the radiation through it could offer to one's own country an increased capability to interfere with the opponent's submarine communications. The simplified electromagnetic model is treated by utilizing the quasi-analytic scattering integral technique, while the derived solution has been tried, tested, and verified. The produced results show that the negative effect of the radiating island on communication between the vehicles of the rival country is substantial in most cases. This applicable conclusion is mainly attributed to the vastly larger sea losses compared to the fading of the propagating wave through land.",
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author = "Valagiannopoulos, {Constantinos A.}",
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N2 - The present work considers a small island close to an unfriendly shore. It is studied if and how the occupation of this land mass and the radiation through it could offer to one's own country an increased capability to interfere with the opponent's submarine communications. The simplified electromagnetic model is treated by utilizing the quasi-analytic scattering integral technique, while the derived solution has been tried, tested, and verified. The produced results show that the negative effect of the radiating island on communication between the vehicles of the rival country is substantial in most cases. This applicable conclusion is mainly attributed to the vastly larger sea losses compared to the fading of the propagating wave through land.

AB - The present work considers a small island close to an unfriendly shore. It is studied if and how the occupation of this land mass and the radiation through it could offer to one's own country an increased capability to interfere with the opponent's submarine communications. The simplified electromagnetic model is treated by utilizing the quasi-analytic scattering integral technique, while the derived solution has been tried, tested, and verified. The produced results show that the negative effect of the radiating island on communication between the vehicles of the rival country is substantial in most cases. This applicable conclusion is mainly attributed to the vastly larger sea losses compared to the fading of the propagating wave through land.

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KW - sea-land propagation

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