All Stories

  1. Magnetic bias-driven modulation of graphene for tunable gyrotropic and magnetoplasmon devices
  2. A Sparse Anisotropic Polynomial-Chaos Methodology with Sequential Sampling for Uncertainty Quantification
  3. Uncertainty Analysis of a Time-Varying Slab via Floquet Modal Formulation and Polynomial-Chaos Expansion
  4. A Surrogate‐Based Adaptive Sampling Approach for Electromagnetic Problems
  5. Adaptive Polynomial-Chaos Algorithm with Dual-Criterion Sampling for Uncertainty-Quantification Problems
  6. Far-field Pattern Evaluation for Magnetically-biased Graphene Resonators via Quasi-normal Modes
  7. Effective Finite-Difference Modeling of Graphene Micro-Resonators for the Accurate Natural Frequency Extraction
  8. Sensitivity Analysis of Metamaterial-Inspired SIW Focusing on Resonator Misalignment
  9. Efficient Electric Field Evaluation of a Point Source near the Infant Torso
  10. Optimum Parameter Selection for Accurate FDTD Simulations in Dispersive Media
  11. Efficient Recursive Convolution Schemes for the Accurate FDTD Modeling of Graphene Interband Contribution via Complex Conjugate Pairs
  12. Mode Propagation Analysis of Magnetically Biased Graphene Microstrips via an Efficient Finite-Difference Scheme
  13. An Anisotropic Sparse Adaptive Polynomial Chaos Method for the Uncertainty Quantification of Resonant Gratings-Performance
  14. Error-optimized finite-difference modeling of wave propagation problems with Lorentz material dispersion
  15. Accurate Time-Domain Modeling of Arbitrarily Shaped Graphene Layers Utilizing Unstructured Triangular Grids
  16. A Consistent Scheme for the Precise FDTD Modeling of the Graphene Interband Contribution
  17. Radiation Efficiency Enhancement of Graphene Plasmonic Devices Using Matching Circuits
  18. A Reduced-Basis Polynomial-Chaos Approach with a Multi-parametric Truncation Scheme for Problems with Uncertainties
  19. Homogenization of 3D metamaterial particle arrays for oblique propagation via a point-dipole analysis
  20. A Stochastic Finite-Difference Time-Domain (FDTD) Method for Assessing Material and Geometric Uncertainties in Rectangular Objects
  21. Modeling the Third-Order Electrodynamic Response of Graphene via an Efficient Finite-Difference Time-Domain Scheme
  22. Sparse Polynomial-Chaos Models for Stochastic Problems with Filtering Structures
  23. Eigenmode Solution for TE-Wave Propagation Through Anisotropic Metamaterial Particle 3-D Arrays via Dipole Approximation
  24. Regression-Based Stochastic Study of Electromagnetic Fields Due to Lightning Strikes
  25. Uncertainty Study of Periodic-Grating Wideband Filters With Sparse Polynomial-Chaos Expansions
  26. Combining Standard with Optimized Split-Step FDTD Methods for the Study of Graphene Configurations
  27. A Stochastic FDTD Method for Rectangular Objects with Geometric Uncertainties
  28. Efficient Uncertainty Assessment in EM Problems via Dimensionality Reduction of Polynomial-Chaos Expansions
  29. Intrusive polynomial-chaos approach for stochastic problems with axial symmetry
  30. Dimensionality Reduction of the Polynomial Chaos Technique Based on the Method of Moments
  31. Efficient stochastic EM studies via dimensionality reduction of polynomial-chaos expansions
  32. Performance analysis of waveguide-mode resonant optical filters with stochastic design parameters
  33. An unconditionally stable technique for uncertainty assessment in random media based on the ADI scheme
  34. Rigorous time-domain analysis of statistically oriented graphene sheet fluctuations
  35. Stochastic LOD-FDTD method for two-dimensional electromagnetic uncertainty problems
  36. A Convolutional PML Scheme for the Efficient Modeling of Graphene Structures Through the ADE-FDTD Technique
  37. Improved Unconditionally Stable FDTD Method for 3-D Wave-Propagation Problems
  38. Connectivity and coverage in machine-type communications
  39. A stochastic FDTD approach for assessing random media uncertainties in polar coordinates
  40. Circular and square SRR exploitation as a means for wireless power transfer
  41. Efficient uncertainty analysis of waveguide-mode resonant optical filters
  42. Graphene sheet modeling with an efficient unconditionally-stable hybrid approach
  43. Performance improvement of various antennas using inclusions of split-ring resonators
  44. Efficient Krylov‐based 3D FVTD schemes with adaptive domain decomposition for graphene and nanostructured EMC components
  45. Investigation of uncertainty in lightning‐produced EM fields with a polynomial‐chaos FDTD approach
  46. A Short Review of FDTD-Based Methods for Uncertainty Quantification in Computational Electromagnetics
  47. A convolutional PML scheme for the efficient modeling of graphene structures through the ADE-FDTD technique
  48. Polynomial-chaos time-domain method for uncertainty analysis of axially-symmetric structures
  49. DAMA: A data mining forecasting DBA scheme for XG-PONs
  50. Statistical analysis of microwave components through a 3-D stochastic-FDTD technique
  51. Unconditionally-stable time-domain approach for uncertainty assessment in transmission lines
  52. Development of optimized operators based on spherical-harmonic expansions for 3D FDTD schemes
  53. Construction of 3D FDTD schemes with frequency-dependent operator coefficients
  54. Transmitted and reflected graphene surface waves due to substrate discontinuities
  55. Efficient Integration of High-Order Stencils Into the ADI-FDTD Method
  56. A Generalized Domain-Decomposition Stochastic FDTD Technique for Complex Nanomaterial and Graphene Structures
  57. GPU-Based Calculation of Lightning-Generated Electromagnetic Fields in 3-D Problems With Statistically Defined Uncertainties
  58. Accelerated unconditionally stable FDTD scheme with modified operators
  59. A curvilinear stochastic-FDTD algorithm for 3-D EMC problems with media uncertainties
  60. A 3-D Stochastic FVTD Method Based on Reduced-Order Modeling for Statistically Random Media in Nano-Electromagnetic Applications
  61. Parallel LOD-FDTD Method With Error-Balancing Properties
  62. FDTD analysis of 3D lightning problems with material uncertainties on GPU architecture
  63. GPU-based three-dimensional calculation of lightning-generated electromagnetic fields
  64. Enhanced Analysis of Multiconductor Nanostructured Devices via a Compact Block FDTD/VFETD Method
  65. GPU-Accelerated Efficient Implementation of FDTD Methods With Optimum Time-Step Selection
  66. On the design of leapfrog integrators for optimized implementations of 3D FDTD models
  67. High-Order Error-Optimized FDTD Algorithm With GPU Implementation
  68. Design of Least-Squares Time Integrators for Reliable FDTD Simulations
  69. Efficient calculation of the lightning generated electric field above ground
  70. Fourth-order finite-difference time-domain method based on error-controlling concepts
  71. Optimum time-step size for 2D (2, 4) FDTD method
  72. Vehicle-to-vehicle communication system EMI characterization on automotive electronics
  73. Two-Dimensional Time-Domain Algorithm With Adaptive Spectral Properties
  74. Error Estimation and Performance Control for the (2,4) FDTD Method in Lossy Spaces
  75. Treatment of Grid-Conforming Dielectric Interfaces in FDTD Methods
  76. Optimized (2,4) FDTD Method for Conducting Media
  77. Improved Finite-Difference Time-Domain Algorithm Based on Error Control for Lossy Materials
  78. ASSESSMENT OF HUMAN HEAD EXPOSURE TO WIRELESS COMMUNICATION DEVICES: COMBINED ELECTROMAGNETIC AND THERMAL STUDIES FOR DIVERSE FREQUENCY BANDS
  79. Optimized three-dimensional FDTD discretizations of Maxwell’s equations on Cartesian grids
  80. Design of optimized FDTD schemes for the accurate solution of electromagnetic problems
  81. Numerical modeling of an indoor wireless environment for the performance evaluation of WLAN systems
  82. Development of higher order FDTD schemes with controllable dispersion error
  83. Phase error reduction in general FDTD methods via optimum configuration of material parameters
  84. Higher-order finite-difference schemes with reduced dispersion errors for accurate time-domain electromagnetic simulations
  85. Low-Dispersion Algorithms Based on the Higher Order
  86. A Dispersion-Reduction Scheme for the Higher Order
  87. An Unconditionally Stable Higher Order ADI-FDTD Technique for the Dispersionless Analysis of Generalized 3-D EMC Structures
  88. Higher Order Tangential Vector Finite Elements for 3-D Antenna Array Structures
  89. Higher order approaches of FDTD and TVFE methods for the accurate analysis of fractal antenna arrays
  90. A nonstandard higher order FDTD algorithm for 3-D arbitrarily and fractal-shaped antenna structures on general curvilinear lattices
  91. A comparative study of the biological effects of various mobile phone and wireless LAN antennas
  92. Sierpinski double-gasket antenna investigated with 3-D FDTD conformal technique