This paper is focused on the analysis and the simulation of a model for the received signal of a HF-OTH skywave radar. More precisely, this work aims to identify and model the main components of a HF-OTH skywave radar received signal, in order to provide a realistic simulated input that can be used as test-bed for the signal processing algorithms validation. The effectiveness of the received signal model is validated by analyzing the Doppler-azimuth spatial frequency spectrum of moving single scatterer targets immersed in sea clutter.

A Simulation Framework for HF-OTH Skywave Radars: the Received Signal Model

CAPRIA, AMERIGO;BERIZZI, FABRIZIO;DALLE MESE, ENZO;
2007

Abstract

This paper is focused on the analysis and the simulation of a model for the received signal of a HF-OTH skywave radar. More precisely, this work aims to identify and model the main components of a HF-OTH skywave radar received signal, in order to provide a realistic simulated input that can be used as test-bed for the signal processing algorithms validation. The effectiveness of the received signal model is validated by analyzing the Doppler-azimuth spatial frequency spectrum of moving single scatterer targets immersed in sea clutter.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11568/202635
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