In this paper we discuss the extension of an algorithm for efficient processing of SAR data acquired in sliding spotlight mode based on a two-step approach. The two-step spotlight data processing procedure, already introduced in the literature, is a very simple and effective procedure because it is based on a plain use of classical (i.e. stripmap mode) SAR processing codes. The algorithm here proposed extends the two-step approach in such a way t account for the presence of squint. Experiments have been carried out on simulated data to clarify the rationale of the method and to confirm its validity. Results obtained by processing real data of the COSMO-SKYMED constellation are also presented. © 2012 IEEE
AbstractConventional synthetic aperture radar (SAR) systems cannot achieve both high-resolution and ...
This paper presents a new processing algorithm for spotlight SAR data processing. The spotlight mod...
This paper presents a new processing algorithm for spotlight SAR data processing. The Frequency Scal...
Abstract — This paper describes the sliding spotlight algorithm and the processing strategy to be ap...
This paper presents a new processing algorithm for spotlight SAR data processing. After introducing ...
Abstract Sliding spotlight mode is a novel synthetic aperture radar (SAR) imaging scheme with an ach...
An algorithm for on-board processing of SAR raw data in the spotlight mode has been developed. The a...
This paper presents the Frequency Scaling Algorithm for phase preserving Spotlight SAR data processi...
Synthetic aperture radar (SAR) sliding spotlight work mode can achieve high resolutions and wide swa...
There are two challenges for efficient processing of both the sliding spotlight and terrain observat...
The frequency scaling algorithm is described for the processing of spotlight SAR data. The phase pre...
Abstract—Image formation from squinted sliding spotlight synthetic aperture radar (SAR) is limited b...
SAR acquisition is a well known technique in image processing. Hence, the study in methods that impr...
Abstract—This paper presents an efficient phase preserving processor for the focusing of data acquir...
Conventional synthetic aperture radar (SAR) systems cannot achieve both high-resolution and wide-swa...
AbstractConventional synthetic aperture radar (SAR) systems cannot achieve both high-resolution and ...
This paper presents a new processing algorithm for spotlight SAR data processing. The spotlight mod...
This paper presents a new processing algorithm for spotlight SAR data processing. The Frequency Scal...
Abstract — This paper describes the sliding spotlight algorithm and the processing strategy to be ap...
This paper presents a new processing algorithm for spotlight SAR data processing. After introducing ...
Abstract Sliding spotlight mode is a novel synthetic aperture radar (SAR) imaging scheme with an ach...
An algorithm for on-board processing of SAR raw data in the spotlight mode has been developed. The a...
This paper presents the Frequency Scaling Algorithm for phase preserving Spotlight SAR data processi...
Synthetic aperture radar (SAR) sliding spotlight work mode can achieve high resolutions and wide swa...
There are two challenges for efficient processing of both the sliding spotlight and terrain observat...
The frequency scaling algorithm is described for the processing of spotlight SAR data. The phase pre...
Abstract—Image formation from squinted sliding spotlight synthetic aperture radar (SAR) is limited b...
SAR acquisition is a well known technique in image processing. Hence, the study in methods that impr...
Abstract—This paper presents an efficient phase preserving processor for the focusing of data acquir...
Conventional synthetic aperture radar (SAR) systems cannot achieve both high-resolution and wide-swa...
AbstractConventional synthetic aperture radar (SAR) systems cannot achieve both high-resolution and ...
This paper presents a new processing algorithm for spotlight SAR data processing. The spotlight mod...
This paper presents a new processing algorithm for spotlight SAR data processing. The Frequency Scal...