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Telecommunications engineering / Passive radar / Radar engineering details / Synthetic aperture radar / Bistatic radar / Moving target indication / Bistatic angle / Clutter / Antenna / Radar / Technology / Wireless


A Study for a Space-Based Passive Multi-Channel SAR Matteo Sedehi, Diego Cristallini, Fabiola Colone, Marta Bucciarelli, Pierfrancesco Lombardo Dept. INFOCOM- University of Rome “La Sapienza”,
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Document Date: 2007-04-26 08:36:48


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File Size: 1,62 MB

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City

Rome / INFOCOM / /

Company

REF A AB / ABC / MTI / /

Currency

SCR / /

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Facility

University of Rome / /

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IndustryTerm

high resolution imaging / identified solutions / space-time adaptive processing / passive satellite orbit / pendulum solution / civil protection applications / e-j / extra applications / active satellite / proposed different solutions / passive satellite / e -j2 / high satellite speed / space-borne applications / higher cost solution / possible solutions / considered multi-channel applications / optimum adaptive processor / bistatic radar systems / imaging / reconstruction algorithm / /

Organization

University of Rome / Displaced Phase Centre / Italian Ministry of Defence / Italian Space Agency / COSMO/SkyMed mission / /

Person

Fabiola Colone / Matteo Sedehi / Diego Cristallini / Marta Bucciarelli / /

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Position

vp / correspondent / active illuminator / /

Product

A -70 / /

Region

Mediterranean / /

Technology

optimum adaptive processor / Radio Frequency / simulation / reconstruction algorithm / PDF / /

SocialTag