Titlebook: Double-Grid Finite-Difference Frequency-Domain (DG-FDFD) Method for Scattering from Chiral Objects; Erdogan Alkan,Veysel Demir,Ercument Ar

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https://doi.org/10.1007/978-981-99-7739-0t solutions for the chiral sphere problems are obtained from the program presented in [79]. The numerical solutions for the co- and cross-polarized bistatic radar cross-sections (. and .)are compared to the exact solutions for different material parameters.

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Scattering From Three Dimensional Chiral Structures,t solutions for the chiral sphere problems are obtained from the program presented in [79]. The numerical solutions for the co- and cross-polarized bistatic radar cross-sections (. and .)are compared to the exact solutions for different material parameters.

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Conclusions,method. Therefore, a physically and theoretically better approach is presented. In addition to these features, it is shown that the DG-FDFD requires less memory than that of the FDFD [16] method, while maintaining comparable simulation time.

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Aileen Stewart,Lindsey Careyissue. Federated learning allows multiple parties to jointly train models while protecting privacy. But there are gains and losses, and in the case of federation, there are communication and performance challenges. In order to solve the above problems, this paper proposes a method to establish a fed

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Das zweite Standbein: Die Rinderzucht,ischen Fragestellung.Zeigt die notwendige mathematische und .Das Buch behandelt die genetische Vielfalt von Populationen von Organismen. Es erläutert, wie genetische Vielfalt gemessen wird und wie aus diesen Daten die Mechanismen untersucht werden können, die die Variabilität auf der Genomebene und

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Photometric Stereo from Maximum Feasible Lambertian Reflectionsework. A Big-M method is developed to obtain the maximum subset of images that satisfy the Lambertian constraint among the whole set of captured photometric stereo images which include non-Lambertian reflections such as specularities and shadows. Our algorithm employs purely algebraic pixel-wise opt