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To transform raw radar returns into a high-quality image, several critical processing steps are required:

: High resolution is achieved by synthesizing a large virtual antenna through the platform's motion.

Spotlight-mode SAR is fundamentally a problem. It can be modeled using the projection-slice theorem from Computerized Axial Tomography (CAT).

This paper examines the theoretical foundations and signal processing methodologies of , a high-resolution microwave imaging technique . Unlike traditional stripmap SAR, which maintains a fixed antenna angle, spotlight mode continuously steers the antenna to illuminate a single ground patch, significantly increasing the coherent integration time and azimuth resolution. 1. Theoretical Foundation: The Tomographic Paradigm

: Each transmitted pulse provides a segment of the two-dimensional Fourier transform of the target scene's reflectivity.

Spotlight-mode Synthetic Aperture Radar: A Sign... ❲Direct • EDITION❳

To transform raw radar returns into a high-quality image, several critical processing steps are required:

: High resolution is achieved by synthesizing a large virtual antenna through the platform's motion. Spotlight-Mode Synthetic Aperture Radar: A Sign...

Spotlight-mode SAR is fundamentally a problem. It can be modeled using the projection-slice theorem from Computerized Axial Tomography (CAT). To transform raw radar returns into a high-quality

This paper examines the theoretical foundations and signal processing methodologies of , a high-resolution microwave imaging technique . Unlike traditional stripmap SAR, which maintains a fixed antenna angle, spotlight mode continuously steers the antenna to illuminate a single ground patch, significantly increasing the coherent integration time and azimuth resolution. 1. Theoretical Foundation: The Tomographic Paradigm This paper examines the theoretical foundations and signal

: Each transmitted pulse provides a segment of the two-dimensional Fourier transform of the target scene's reflectivity.