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| Project Details: ARI | ||
| TITLE | ||
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Angle-of-Arrival Assited Relative Interferometry | ||
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SUMMARY | ||
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Employ unique and common frequencies to identify and localize objects in the environment. | ||
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PERSONNEL | ||
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• Cabric, Danijela (Other) • Charbiwala, Zainul (Ph.D. Student) • Cho, Young (Alum) • Friedman, Jonathan (Ph.D. Student) • Schmid, Thomas (Postdoctoral Researcher) • Torres, Dustin (M.S. Student) • Truong, Newton (Undergraduate Student) |
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DOCUMENTS | ||
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Jonathan Friedman,
Anna Davitian,
Dustin Torres,
Danijela Cabric,
Mani B Srivastava,
"Angle-of-arrival-assisted Relative Interferometric Localization Using Software Defined Radios,"
Proceedings of MILCOM 2009
,
November 2009.
(TR-UCLA-NESL-200908-03)
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Jonathan Friedman,
Thomas Schmid,
Zainul M Charbiwala,
Mani B Srivastava,
Young H Cho,
"Multistatic Pulse-Wave Angle-of-Arrival-Assisted Relative Interferometric RADAR,"
Proc. of IEEE Radar Conference
,
May 2009.
(TR-UCLA-NESL-200902-02)
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Jonathan Friedman,
Zainul M Charbiwala,
Thomas Schmid,
Young H Cho,
Mani B Srivastava,
"Angle-of-Arrival Assisted Radio Inteferometry (ARI) Target Localization,"
Proceedings of MILCOM 2008
,
November 2008.
(TR-UCLA-NESL-200808-04)
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ACTIVE? | ||
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Yes | ||
© 2009 by Networked & Embedded Systems Laboratory •
University of California, Los Angeles
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