DocumentCode
1260371
Title
Electronic warfare systems
Author
Spezio, Anthony E.
Author_Institution
Tactical Electron. Warfare Div., Naval Res. Lab., Washington, DC, USA
Volume
50
Issue
3
fYear
2002
fDate
3/1/2002 12:00:00 AM
Firstpage
633
Lastpage
644
Abstract
Electronic warfare (EW) is an important capability that can advance desired military, diplomatic, and economic objectives or, conversely, impede undesired ones. In a military application, EW provides the means to counter, in all battle phases, hostile actions that involve the electromagnetic (EM) spectrum-from the beginning when enemy forces are mobilized for an attack, through to the final engagement. EW exploits the EM environment by sensing and analyzing an adversary´s application of the spectrum and imposing appropriate countermeasures (CMs) to hostile spectrum use. EW sensors are one means by which the military gathers tactical intelligence from noncooperative forces. EW sensors, together with EW CMs, mitigate the effectiveness of an adversary´s electrooptic/infrared, and radio frequency-controlled weapons. EW enhances the survivability of the host force through control and manipulation of the EM environment and denies or limits its use by an adversary. EM spectrum CMs to threat systems can be selectively applied on a time- and/or frequency-multiplexed basis so that host force use of the EM spectrum is uninhibited
Keywords
electronic warfare; frequency division multiplexing; military systems; reliability; time division multiplexing; battle phases; countermeasures; electromagnetic spectrum; electronic warfare systems; enemy forces; frequency-multiplexed basis; hostile actions; noncooperative forces; radio frequency-controlled weapons; survivability; tactical intelligence; time-multiplexed basis; Collision mitigation; Counting circuits; Electromagnetic forces; Electronic warfare; Environmental economics; Force control; Impedance; Infrared sensors; Intelligent sensors; Radio communication countermeasures;
fLanguage
English
Journal_Title
Microwave Theory and Techniques, IEEE Transactions on
Publisher
ieee
ISSN
0018-9480
Type
jour
DOI
10.1109/22.989948
Filename
989948
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