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Telecommunications engineering / Technology / Clutter / Chaos theory / Lyapunov exponent / ALSE / Attractor / Wave / Radar / Wireless / Atmosphere


Uncovering Nonlinear Dynamics—The Case Study of Sea Clutter SIMON HAYKIN, FELLOW, IEEE, REMBRANDT BAKKER, AND BRIAN W. CURRIE
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Document Date: 2008-06-03 13:00:47


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File Size: 596,80 KB

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City

Dartmouth / /

Country

Canada / /

Currency

USD / /

Facility

McMaster University / /

IndustryTerm

radial-basis function networks / dynamic reconstruction algorithm / dynamical reconstruction algorithm / likelihood-based algorithm / receiver algorithm / back-propagation algorithm / dynamical systems / minimization algorithm / energy / /

Organization

McMaster University / Natural Sciences and Engineering Research Council of Canada / US Federal Reserve / /

Person

SIMON HAYKIN / BRIAN W. CURRIE / Spike / /

Position

King / representative / model / Gaussian model / implying Rayleigh distributed amplitudes / Walker / /

ProvinceOrState

Nova Scotia / /

Region

east coast of Canada / /

Technology

back-propagation algorithm / Procaccia algorithm / radiation / microwave / frequency modulation / dynamic reconstruction algorithm / maximum-likelihood-based algorithm / Sea Clutter The algorithms / minimization algorithm / dynamical reconstruction algorithm / receiver algorithm / pdf / determined using a minimization algorithm / /

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