Performance of parallel FDTD method for shared- and distributed-memory architectures: Application tobioelectromagnetics by Miguel Ruiz-Cabello N., Maksims Abaļenkovs, Luis M. Diaz Angulo, Clemente Cobos Sanchez, Franco Moglie, Salvador G. Garcia, Rashid Mehmood

“…This study contributes to prove, in a systematic manner, the well-established claim within the Computational Electromagnetic community, that the main factor limiting FDTD performance, in realistic problems, is the memory bandwidth. …”
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Methods of Increasing Efficiency of Antennas Embedded in Dissipative Media by R. Yu. Borodulin

“…The research is carried out by means of analytical and computer electromagnetic methods. It makes possible to refine some effects and reveal new patterns. …”
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A Combined Mode-Matching Technique and Born Approximation Method to Model Well-Logging Sensors in Non-Axisymmetric Boreholes by Lisseth Saavedra, Guilherme S. Rosa, Jose R. Bergmann

“…Logging-while-drilling (LWD) tools are sensors typically used on the exploration of hydrocarbons reservoirs and are usually immersed in complex geophysical formations (inhomogeneous, dissipative, and anisotropic), resulting in a challenging problem for conventional computational electromagnetic techniques. The geophysical environment is typically treated as a radially and longitudinally stratified medium, conforming with the boundaries of a cylindrical borehole drilled in the earth. …”
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Electromagnetic Compatibility & Electrical Breakdown / by Nakamura, Hortense, author 639640, Kern, Shane, author 639854

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Polarisation variation of linear polarised Bi‐ISAR system in space targets imaging by Linsheng Bu, Junling Wang

“…Here, the authors quantitatively analyse the energy variation caused by polarisation mismatch in a linearly polarised Bi‐ISAR system by investigating the time‐varying bistatic angle and intrinsic variable polarisation effect of targets via the combination of observation geometry and computational electromagnetic. The high‐order phase deviation in long‐term coherent processing is also presented through the same strategy. …”
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$$Q\bar{Q}$$ QQ¯ ($$Q\in \{b, c\}$$ Q∈{b,c} ) spectroscopy using the Cornell potential by N. R. Soni, B. R. Joshi, R. P. Shah, H. R. Chauhan, J. N. Pandya

“…We also compute mass spectra and life time of the $$B_c$$ Bc meson without additional parameters. The computed electromagnetic transition widths of heavy quarkonia and $$B_c$$ Bc mesons are in tune with available experimental data and other theoretical approaches.…”
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Parallelization and Locality Optimization for Red-Black Gauss-Seidel Stencil by JI Ying-rui, YUAN Liang, ZHANG Yun-quan

“…Stencil is a common cyclic nested computing model,which is widely used in many scientific and engineering simulation applications,such as computational electromagnetism,weather simulation,geophysics,ocean simulation and so on.With the deve-lopment of modern processor architecture,the multi-core and multi-layer memory levels have been deepened.Research on paralle-lism and locality is the main way to improve the performance of programs.Blocking is one of the main techniques to exploit data locality and program parallelism.At present,a large number of blocking methods have been proposed for Stencil,but most of them are limited to Jacobi Stencils which is featured with high parallelism and locality.Gauss-Seidel Stencil has a better convergence rate and is widely used in multi-grid calculations.However,the data dependence of this type of Stencil is more complicated.In this paper,a parallel blocking and vectorization algorithm is designed for Gauss-Seidel Stencil for red black sorting,which improves the data locality,medium granularity multi-core parallelism and intra core fine-grained parallelism of Gauss-Seidel Stencil.Experimental results demonstrate the effectiveness of this scheme.…”
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Transistor Laser Antenna: Electromagnetic Model in Transmit and Receive Modes by Arman Afsari, Paulo De Souza, Amin Abbosh, Yahya Rahmat-Samii

“…In this article, a comprehensive computational electromagnetic modeling and characterization is presented for transistor laser. …”
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Scalable Modeling of Human Blockage at Millimeter-Wave: A Comparative Analysis of Knife-Edge Diffraction, the Uniform Theory of Diffraction, and Physical Optics Against 60 GHz Chan... by Swagato Mukherjee, Gregory Skidmore, Tarun Chawla, Anmol Bhardwaj, Camillo Gentile, Jelena Senic

“…To address this, in this article we investigate computational electromagnetic methods based on raytracing. In addition to the KED method, we compare the Uniform Theory of Diffraction (UTD) and Physical Optics (PO) methods against an extensive suite of precision channel measurements at 60GHz. …”
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Effective index model as a reliable tool for the design of nanostructured thin-film solar cells by P. A. Sánchez, O. Esteban, M. H. Elshorbagy, A. Cuadrado, J. Alda

“…Abstract Nanostructured anti-reflection coatings (ARC) are used to reduce the reflectivity of the front surface of solar cells. Computational electromagnetism helps to evaluate the spectral reflectivity of of this type of ARC using several approaches. …”
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Computation of electrostatic fields in anisotropic human tissues using the Finite Integration Technique (FIT) by V. C. Motresc, U. van Rienen

“…A fact that has to be taken into account when computing electromagnetic fields in the human body is that some tissue classes, i.e. cardiac and skeletal muscles, have higher electrical conductivity and permittivity along fibers rather than across them. …”
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Back-propagation optimization and multi-valued artificial neural networks for highly vivid structural color filter metasurfaces by Arthur Clini de Souza, Stéphane Lanteri, Hugo Enrique Hernández-Figueroa, Marco Abbarchi, David Grosso, Badre Kerzabi, Mahmoud Elsawy

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Snow Parameters Inversion from Passive Microwave Remote Sensing Measurements by Deep Convolutional Neural Networks by Heming Yao, Yanming Zhang, Lijun Jiang, Hong Tat Ewe, Michael Ng

“…The proposed ConvNet is trained using simulated data obtained through conventional computational electromagnetic methods. Compared with the traditional inverse method, the trained ConvNet can predict the result with higher accuracy. …”
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Generalized Taylor–Duffy Method for Efficient Evaluation of Galerkin Integrals in Boundary-Element Method Computations by Reid, M. T. Homer, White, Jacob K., Johnson, Steven G.

“…We present a generic technique, automated by computer-algebra systems and available as open-source software, for efficient numerical evaluation of a large family of singular and nonsingular four-dimensional integrals over triangle-product domains, such as those arising in the boundary-element method (BEM) of computational electromagnetism. Previously, practical implementation of BEM solvers often required the aggregation of multiple disparate integral-evaluation schemes in order to treat all of the distinct types of integrals needed for a given BEM formulation; in contrast, our technique allows many different types of integrals to be handled by the same algorithm and the same code implementation. …”
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Hot Electron Plasmon-Resonant Grating Structures for Enhanced Photochemistry: A Theoretical Study by Indu Aravind, Yu Wang, Zhi Cai, Lang Shen, Bofan Zhao, Sisi Yang, Yi Wang, Jahan M. Dawlaty, George N. Gibson, Ernest Guignon, Nathaniel C. Cady, William D. Page, Arturo Pilar, Stephen B. Cronin

“…Here, we present a systematic theoretical study of the surface plasmon resonance in different corrugated metallic grating structures using computational electromagnetic tools (i.e., the finite difference time domain (FDTD) method). …”
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Electromagnetic Insights Into Path Loss Modelling of IRS-Assisted SISO Links: Method-Of-Moment Based Analysis by Debdeep Sarkar , Yahia Antar

“…Being a full-wave computational electromagnetic tool, MoM is better equipped compared to high-frequency asymptotic methods like PO (Physical Optics), to handle the crucial electromagnetic (EM) effects like: mutual coupling between IRS unit-cells or interactions with spherical wave-front in antenna near-field. …”
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Solenoidal Micromagnetic Stimulation Enables Activation of Axons With Specific Orientation by Laleh Golestanirad, Laleh Golestanirad, John T. Gale, Nauman F. Manzoor, Nauman F. Manzoor, Hyun-Joo Park, Lyall Glait, Lyall Glait, Frederick Haer, James A. Kaltenbach, Giorgio Bonmassar, Giorgio Bonmassar

“…Here, we used computational electromagnetic models of the μMS coils adjacent to neuronal tissue combined with axon cable models to investigate μMS orientation-specific properties. …”
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Permittivity and Permeability Tensor Extraction Technique for Arbitrary Anisotropic Materials by M. R. Benson, A. G. Knisely, M. A. Marciniak, M. D. Seal, A. M. Urbas

“…The predictions compare very well with the computational electromagnetic simulations, showing at most 5% error over the range examined.…”
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Modeling Tools for Drilling, Reservoir Navigation, and Formation Evaluation by Sushant Dutta, Fei Le, Alexandre Bespalov, Arcady Reiderman, Michael Rabinovich

“…These challenges combine to form some of the most intractable computational electromagnetic problems in the world. Reliable, fast, and convenient numerical modeling of logging tool responses is critical for tool design, sensor optimization, virtual prototyping, and log data inversion. …”
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Fluctuating surface currents : a new algorithm for efficient prediction of Casimir interactions among arbitrary materials in arbitrary geometries by Reid, M. T. (McMahon Thomas Homer)

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