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Real and Complex Doppler Effects in Lossy Media
Dan Censor
Department of Electrical & Computer Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
Overview
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Dive into the research topics of 'Real and Complex Doppler Effects in Lossy Media'. Together they form a unique fingerprint.
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Keyphrases
Doppler Effect
100%
Lossy Media
100%
Received Signal
50%
Moving Objects
50%
Scatterer
50%
Moving Scatterers
50%
Lossless Media
50%
Numerical Simulation
25%
Attenuation
25%
Varying Velocity
25%
Excitation Frequency
25%
Remote Sensing
25%
Temporal Behavior
25%
Wave Scattering
25%
Frequency Modulated
25%
Equations of Motion
25%
Sidebands
25%
Incident Wave
25%
Scattered Signal
25%
Second Class
25%
Periodic Motion
25%
Spectral Content
25%
Slowly Varying
25%
Frequency Signal
25%
Temporal Signal
25%
Spatial Attenuation
25%
Doppler Frequency Shift
25%
Harmonic Motion
25%
Temporal Regimes
25%
Complex Frequency
25%
Temporal Filter
25%
Spectral Degradation
25%
Spectrum Broadening
25%
Engineering
Scatterer
100%
Doppler Effect
100%
Moving Object
50%
Computer Simulation
25%
Excitation Frequency
25%
Broadening
25%
Sidebands
25%
Incident Wave
25%
Periodic Motion
25%
Frequency Signal
25%
Temporal Signal
25%
Complex Frequency
25%
Doppler Frequency Shift
25%
Harmonic Motion
25%
Conventional Case
25%
Temporal Filter
25%
Earth and Planetary Sciences
Scattering
100%
Doppler Effect
100%
Lossy Media
100%
Remote Sensing
25%
Frequency Shift
25%
Equation of Motion
25%
Sidebands
25%
Harmonic Motion
25%
Physics
Doppler Effect
100%
Lossy Media
100%
Scattering
80%
Satellite Communication
20%
Harmonics
20%
Equation of Motion
20%
Wave Scattering
20%