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TRACKING UNDERWATER OBJECTS USING LARGE MIMO SONAR SYSTEMS Yan Pailhasa , Jeremie Houssineaua , Emmanuel Delandea , Yvan Petillota & Daniel Clarka a Ocean Systems Lab, Heriot Watt University
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Document Date: 2014-12-02 08:24:09

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File Size: 2,55 MB

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City

Orlando / F. Ehlers / /

Company

Kn / G. / /

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Facility

HARBOUR SURVEILLANCE SCENARIO USING MIMO SONAR SYSTEMS Figure / Heriot-Watt University / Heriot Watt University Riccarton Campus / /

IndustryTerm

back-projection algorithm / multi-target tracking algorithm / bistatic back-projection algorithm / channel matrix operator / unfocussed time reversal mirror algorithm / defocus operator / sonar systems / monostatic sonar systems / autofocus algorithm / projection algorithm / multistatic systems / imaging / deployable multistatic sonar systems / /

Organization

DSTO Defence Science and Technology Organisation / Heriot-Watt University / Joint Probabilistic Data Association / NATO Undersea Research Centre / Ocean Systems Lab / Engineering and Physical Sciences Research Council / /

Person

Emmanuel Delandea / Yvan Petillota / Yan Pailhasa / Daniel Clarka / /

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Technology

multi-target tracking algorithm / projection algorithm / Tracking algorithms / bistatic back-projection algorithm / simulation / autofocus algorithm / Image Processing / back-projection algorithm / unfocussed time reversal mirror algorithm / /

URL

http /

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