This contribution to the special session in honor of Prof. Rafael Gómez-Martín will address the 30 year development of graphical processing techniques (GRECO) for fast computation of Radar Cross Section (RCS) of electrically large and complex targets. The development of GRECO started in 1988, in the frame of the “Applied research project for the development and validation of numerical methods for RCS prediction, analysis and optimization”, in which I had the pleasure to know Rafael since our groups where participating together in the project. The development of GRECO never stopped, and recently it has been updated by replacing the graphical processing technique for computation of surface reflection and edge diffraction by a hybrid CPU-graph...
The purpose of this PhD research was to develop and optimize a fast numeric algorithm able to comput...
The significance of Radar Cross Section (RCS) in the military applications makes its prediction an i...
GRECO code has been updated by replacing the graphical processing technique for computation of Physi...
This contribution to the special session in honor of Prof. Rafael Gómez-Martín will address the 30 ...
An innovative approach to computing the high-frequency radar cross sections (RCSs) of complex radar ...
GRECO code for monostatic RCS prediction in real time has been extended by considering multiple refl...
GRECO code has been updated by replacing the graphical processing technique for computation of Physi...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
Abstract-This paper presents a new and original approach for computing the high-frequency radar cros...
The results presented at this workshop have been obtained with a new and original approach: hardware...
A set of algorithms and procedures to compute radar cross section (RCS) of aircraft are presented. T...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
AbstractGraphical Electromagnetic Computing (GRECO) is recognized as one of the most valuable method...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
This paper presents a new graphical processing technique for fast computation of PO surface integral...
The purpose of this PhD research was to develop and optimize a fast numeric algorithm able to comput...
The significance of Radar Cross Section (RCS) in the military applications makes its prediction an i...
GRECO code has been updated by replacing the graphical processing technique for computation of Physi...
This contribution to the special session in honor of Prof. Rafael Gómez-Martín will address the 30 ...
An innovative approach to computing the high-frequency radar cross sections (RCSs) of complex radar ...
GRECO code for monostatic RCS prediction in real time has been extended by considering multiple refl...
GRECO code has been updated by replacing the graphical processing technique for computation of Physi...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
Abstract-This paper presents a new and original approach for computing the high-frequency radar cros...
The results presented at this workshop have been obtained with a new and original approach: hardware...
A set of algorithms and procedures to compute radar cross section (RCS) of aircraft are presented. T...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
AbstractGraphical Electromagnetic Computing (GRECO) is recognized as one of the most valuable method...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
This paper presents a new graphical processing technique for fast computation of PO surface integral...
The purpose of this PhD research was to develop and optimize a fast numeric algorithm able to comput...
The significance of Radar Cross Section (RCS) in the military applications makes its prediction an i...
GRECO code has been updated by replacing the graphical processing technique for computation of Physi...