Superresolution concepts offer the potential of resolution beyond the classical limit. This great promise has not generally been realized. In this study we investigate the potential application of superresolution concepts to synthetic aperture radar. The analytical basis for superresolution theory is discussed. The application of the concept to synthetic aperture radar is investigated as an operator inversion problem. Generally, the operator inversion problem is ill posed. A criterion for judging superresolution processing of an image is presented
Abstract: The effect of residual uncompensated cross-track platform acceleration on the point spread...
Magnetic resonance imaging (MRI) is used to image parts of the body using only electromagnetic inter...
This paper describes a novel projection algorithm, the Projection Onto Span Algorithm (POSA) for wav...
Superresolution concepts offer the potential of resolution beyond the classical limit. This great pr...
This paper is a review of the problems and the solutions for applying superresolution methods. Super...
The analytical and numerical results of the development of new methods for obtaining the angular sup...
The thickness of a camera may be significantly decreased by an idea inspired by insects\u27 compound...
A study was conducted on the resolution of image quantitatively and the physical reason for super-re...
Seminal bistatic inverse synthetic aperture radar (ISAR) work that was presented by Martorella et al...
Superresolution reconstruction algorithms are increasingly being proposed as enhancements for low re...
Because of the wave nature of light, image resolution is limited by the diffraction effects of the f...
Radar imaging of noncooperative targets is an interesting application of all-weather high-resolutio...
This thesis is concerned with problems related to Synthetic Aperture Radar (SAR). The thesis is stru...
Super-resolution is a word used in dierent contexts but mainly in the case of methods aimed at impro...
A method based on compressive sampling to achieve superresolution in ISAR imaging is presented. The ...
Abstract: The effect of residual uncompensated cross-track platform acceleration on the point spread...
Magnetic resonance imaging (MRI) is used to image parts of the body using only electromagnetic inter...
This paper describes a novel projection algorithm, the Projection Onto Span Algorithm (POSA) for wav...
Superresolution concepts offer the potential of resolution beyond the classical limit. This great pr...
This paper is a review of the problems and the solutions for applying superresolution methods. Super...
The analytical and numerical results of the development of new methods for obtaining the angular sup...
The thickness of a camera may be significantly decreased by an idea inspired by insects\u27 compound...
A study was conducted on the resolution of image quantitatively and the physical reason for super-re...
Seminal bistatic inverse synthetic aperture radar (ISAR) work that was presented by Martorella et al...
Superresolution reconstruction algorithms are increasingly being proposed as enhancements for low re...
Because of the wave nature of light, image resolution is limited by the diffraction effects of the f...
Radar imaging of noncooperative targets is an interesting application of all-weather high-resolutio...
This thesis is concerned with problems related to Synthetic Aperture Radar (SAR). The thesis is stru...
Super-resolution is a word used in dierent contexts but mainly in the case of methods aimed at impro...
A method based on compressive sampling to achieve superresolution in ISAR imaging is presented. The ...
Abstract: The effect of residual uncompensated cross-track platform acceleration on the point spread...
Magnetic resonance imaging (MRI) is used to image parts of the body using only electromagnetic inter...
This paper describes a novel projection algorithm, the Projection Onto Span Algorithm (POSA) for wav...