DocumentCode
3188424
Title
Software defined radio (SDR) special military applications
Author
Bergstrom, Chad ; Chuprun, Scott ; Gifford, Steve ; Maalouli, Ghassan
Author_Institution
Gen. Dynamics Decision Syst., Scottsdale, AZ, USA
Volume
1
fYear
2002
fDate
7-10 Oct. 2002
Firstpage
383
Abstract
Emerging conflict scenarios are highlighting US vulnerabilities to terrorist engagements and espionage. Warfighters and intelligence agencies must leverage the electromagnetic spectrum in new ways to "put steel on target" and collect information on adversaries. Emerging software defined radio systems (SDR) can be used well beyond their intended JTRS communications mission to locate threats in a "stand-in" signal collection mode, and coordinate offensive resources and other JTRS systems to neutralize the threat. In this manner, the programmable communication system is transformed into a flexible signal collection resource that locates hostile signals both in spectrum and geography, becoming an intelligence and combat multiplier. Ultimately, this approach will leverage the ubiquitous presence of SDR platforms on the near-future battlespace to significantly enhance warfighter survivability while presenting new opportunities for distributed signal collection and analysis.
Keywords
digital radio; jamming; military communication; mobile radio; sensor fusion; software architecture; software radio; Digital Modular Radio; JTRS communications; SDR; SDR platforms; USA; data fusion; distributed signal analysis; distributed signal collection; electromagnetic spectrum; espionage; geography; intelligence agencies; jamming; military applications; noncooperative emitter geolocation; programmable communication system; signal collection resource; software defined radio; spoofing; stand-in signal collection mode; terrorist engagements; warfighter survivability; Application software; Bandwidth; Data mining; Electromagnetic spectrum; Interference; Military computing; Signal analysis; Signal processing algorithms; Software radio; Steel;
fLanguage
English
Publisher
ieee
Conference_Titel
MILCOM 2002. Proceedings
Print_ISBN
0-7803-7625-0
Type
conf
DOI
10.1109/MILCOM.2002.1180472
Filename
1180472
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