Scheme of SAR pulse compression for enhancing the imaging resolution
Range compression (a) RC for range Doppler (b) RC for proposed
Block diagram for the conventional software-defined MF receiver
Ashraf MOHRA, vice Dean for educations and students affairs, Prof, at Benha Faculty of Engineering,Egypt, Electrical Engineering Dept.
Scheme of SAR pulse compression for enhancing the imaging resolution
K. HUSSEIN, Professor, Electronics Research Institute, Cairo, Department of Microwave Engineering
Scheme of SAR pulse compression for enhancing the imaging resolution
Comparison between the conventional DDS and ideal signals
Azimuth compression (a) Range Doppler algorithm (b) Proposed algorithm
Simulation parameters for the random-frequency waveform.
Image simulation of raw data received before processing
Resulted real image (a) Range Doppler algorithm (b) Proposed algorithm
Azimuth compression (a) Range Doppler algorithm (b) Proposed algorithm
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Scheme of SAR pulse compression for enhancing the imaging resolution
Block diagram for the conventional software-defined MF receiver