Back to Results
First PageMeta Content
Telecommunications engineering / Bistatic radar / Passive radar / Stealth aircraft / Stealth technology / Radar cross-section / Low probability of intercept radar / Semi-active radar homing / Anti-aircraft warfare / Radar / Technology / Wireless


Radar versus Stealth Passive Radar and the Future of U.S. Military Power F
Add to Reading List

Document Date: 2011-05-14 20:51:24


Open Document

File Size: 852,49 KB

Share Result on Facebook

City

Meanwhile / VHF / Arlington / Raleigh / Washington / DC / Washington / DC / London / San Diego / /

Company

Lockheed Martin / Thales / MBI Publishing Co. / Princeton University Press / Electronic Warfare Systems / BBC / Passive Radar Systems / Raytheon / The Times / Times of India / Texas A&M University Press / /

Country

Japan / Panama / United Kingdom / China / Iraq / India / Serbia / Russia / United States / Ukraine / /

Event

Product Issues / Person Communication and Meetings / /

Facility

Combat Direction Center / Eglin Air Force Base / Headquarters Services / University College / College Station / National Defense University / Jefferson Davis Highway / Headquarters United States Marine Corps / /

IndustryTerm

parallel technologies / passive multistatic receiver network / radar software / target imaging / weapons systems / counterstealth technology / radio energy / imaging / nonstealth systems / television networks / energy / Missile systems / fielded weapons systems / radar technology / stealth systems / counterstealth technologies / conventional radar systems / communications infrastructure / sensor systems / computing / threat systems / networked computing / local area network / radar systems / counter rival systems / digital processing technology / radar energy / computer processing speed / even man-portable air defense systems / signal processing / heat signature management / stealth technology / surface-to-air and airborne weapons systems / paint schemes / antiair weapons systems / encounter algorithm / provide cueing for surface-to-air and airborne weapons systems / /

MusicGroup

UHF / Inverse Synthetic Aperture Radar / using multistatic UHF-band Inverse Synthetic Aperture Radar.49 Additionally / /

OperatingSystem

DOS / /

Organization

U.S. Air Force / British parliament / Princeton University / Operation Allied Force / University College / Senate / Directorate for Information Operations and Reports / Combat Direction Center / Texas A&M University / office of Air Force History / Air Force / United States Navy / Institute for National Strategic Studies / 260 / Command of the Air / Department of the Air Force / United States Marine Corps / Tactical Air Command in Vietnam / National Defense University / Congressional Research Service / U.S. military / /

Person

Peter Paret / Mari Yamaguchi / Giulio Douhet / Benjamin S. Lambeth / S.M. Gauthier / Craig C. Hannah / Michael T. Tuley / David Lynch / Gerrit Dedden / Christian Hülsmeyer / Eugene F. Knott / Andy Dunaway / Walter M. Wayman / Lesley J. McNair / John F. Shaeffer / Carl von Clausewitz / Bernardo Malfitano / Eliot A. Cohen / Nicholas J. Willis / Michael Howard / Robert Watson-Watt / George J. Trautman III / Dino Ferrari / Paul Wiedenhaefer / Julianne Showalter / John C. Stennis / Christopher Bolkcom / H. Griffiths / Bill Sweetman / Guy J. Farley / Collin T. Ireton / Stanley Baldwin / /

Position

Marine Air-Ground Task Force Plans Officer / guard / engineer / AUTHOR / Marine Air-Ground Task Force Plans Officer at 3d Marine Aircraft Wing / Lieutenant General / Sailor / Lieutenant Colonel / leader / SAM battery commander / /

Product

Joint Strike Fighter / JSF / protection / /

ProvinceOrState

Kosovo / Virginia / California / /

PublishedMedium

The Times of India / /

RadioStation

Radio Mondiale / /

Region

Balkans / North Vietnam / /

Technology

DOS-based computing technology / radar technology / enhancing parallel technologies / counterstealth technologies / LAN / encounter algorithm / stealth technology / counterstealth technology / digital processing technology / aforementioned technologies / Digital TV / radio frequency / /

SocialTag