This paper addresses two graphical processing approaches for computation of edge scattering with Physical Theory of Diffraction (PTD) high-frequency approximation. One is based on processing only a bitmap containing an image of the radar target, while the other uses a bitmap graphical processing algorithm to identify illuminated and shadowed facet mesh vertices, published in 2014, and then computes PTD diffraction coefficients for illuminated edges in the conventional way. The first approach is much faster for models containing a very large number of facets, but introduces pixel discretization noise, that can be alleviated by using larger bitmaps.Peer ReviewedPostprint (published version
A high-frequency description of the scattering from complex structures that exhibits surface discont...
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A high-frequency description of the scattering from complex structures that exhibits surface discont...
International audienceWe introduce an hybrid approach for computing multiple knife-edge diffraction ...
A major challenge in architectural acoustics is the unification of diffraction models and geometric ...
This paper addresses two graphical processing approaches for computation of edge scattering with Phy...
This contribution to the special session in honor of Prof. Rafael Gómez-Martín will address the 30 ...
GRECO code for monostatic RCS prediction in real time has been extended by considering multiple refl...
In urban, rural and indoor applications, diffraction mechanism is very important to predict the fiel...
In this work a robust imaging algorithm based on detecting edge diffraction has been developed. The ...
Conference of 12th Anglo-French Physical Acoustics Conference, AFPAC 2013 ; Conference Date: 16 Janu...
The inclusion of edge diffraction has long been recognized as an improvement to geometrical-acousti...
Analysis of radiowave propagation in complex environments such as cities typically relies on asympto...
Computation and auralization of room impulse responses currently lack a sufficient treatment of edge...
This paper presents a new graphical processing technique for fast computation of PO surface integral...
This paper tries to evaluate the importance of RCS predictions containing an edge diffracted field f...
The diffraction by vertexes or corners is important in practical engineering applications when it is...
A high-frequency description of the scattering from complex structures that exhibits surface discont...
International audienceWe introduce an hybrid approach for computing multiple knife-edge diffraction ...
A major challenge in architectural acoustics is the unification of diffraction models and geometric ...