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Technology / Wave mechanics / Acoustics / Sonar / Signal processing / Doppler effect / Underwater acoustics / Hydrophone / EME / Radar / Waves / Telecommunications engineering


Doppler Domain Decomposition of the Underwater Acoustic Channel Response Salman Ijaz, Ant´onio J. Silva, Orlando C. Rodr´ıguez and S´ergio M. Jesus Instituto de Sistemas e Rob´otica, Campus de Gambelas, Universidade
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Document Date: 2013-09-30 04:29:10

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File Size: 1,10 MB

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Company

PASU1 LF AERU2 MF AERU2 MF PASU2 HF / World Scientic Publishing Co. / SpaceTime / LF AERU1 MF AERU1 MF PASU1 HF / /

Country

Portugal / /

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Facility

Prentice Hall / /

IndustryTerm

lesser energy / underwater transmission systems / underwater applications / high energy / signal processing / data processing / high energy wavefront / underwater communication systems / /

Organization

Universidade do Algarve / array / Underwater Acoustic Channel Response Salman Ijaz / Ant´onio J. Silva / Orlando C. Rodr´ıguez and S´ergio M. Jesus Instituto / /

Person

Nicolas F. Josso / Soo-Chang Pei / Martin Siderius / Y. C. Liu / Yann Stephan / Cedric Gervaise / Cornel Ioana / Michael B. Porter / Paulo Felisberto / M. Jesus Instituto de Sistemas / /

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Position

µmp / chief scientist / /

ProvinceOrState

Florida / /

Technology

broadband / simulation / Sea Technology / tomography / GPS / /

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