1. Micro-doppler effect analysis of single bird and bird flock for linear FMCW radar
- Author
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Demet S. Armagan Sahinkaya, Suleyman Baykut, Abdullah H. Ozcan, and Ilhan K. Yalcin
- Subjects
Effect analysis ,Computer science ,business.industry ,Doppler radar ,Quantitative Biology::Other ,Spectral line ,law.invention ,Continuous-wave radar ,symbols.namesake ,Micro doppler ,law ,symbols ,Astrophysics::Solar and Stellar Astrophysics ,Quantitative Biology::Populations and Evolution ,Flock ,Radar ,Telecommunications ,business ,Frequency modulation ,Doppler effect ,Remote sensing - Abstract
The oscillating and swinging parts of a target observed by radar cause additional frequency modulation and induce sidebands in the target's Doppler frequency shift (micro-Doppler). This effect provides unique features for classification in radar systems. In this paper, the micro-Doppler spectra and range-Doppler matrices of single bird and bird flocks are obtained by simulations for linear FMCW radar. Obtained range-Doppler matrices are compared for single bird and bird flock under several scenarios and new features are proposed for classification.
- Published
- 2012
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