AZ

# Ata Zadehgol

Associate Professor (Computing and Processing; Components, Circuits, Devices and Systems; Fields, Waves and Electromagnetics; Photonics and Electrooptics; Power, Energy and Industry Applications; Signal Processing and Analysis)

Idaho, USA

## Publications

- A semi-analytic and cellular approach to rational system characterization through equivalent circuits
- A frequency-independent and parallel algorithm for computing the zeros of strictly proper rational transfer functions
- Deterministic Reduced-Order Macromodels for Computing the Broadband Radiation-Field Pattern of Antenna Arrays in FDTD
- Pole residue equivalent system solver (PRESS)
- Stochastic Reduced-Order Electromagnetic Macromodels in FDTD
- An efficient approximation for arbitrary port suppression of multiport scattering parameters
- Signal and power integrity of microelectronic networks through modelling and simulation of fields and devices
- Isotropic Spatial Filters for Suppression of Spurious Noise Waves in Sub-Gridded FDTD Simulation
- A model for the quantitative electromagnetic analysis of an infinitely long solenoid with a laminated core
- A novel iterative algorithm for approximating equivalent circuits of numerical transfer functions
- An Impedance Transfer Function Formulation for Reduced-Order Macromodels of Subgridded Regions in FDTD
- Parallel, Optimized, Error Maxima-Agnostic, Pole Residue Equivalent System Solver
- Passivity verification and enforcement-A review paper
- Stability, Causality, and Passivity Analysis of Canonical Equivalent Circuits of Improper Rational Transfer Functions With Real Poles and Residues
- A Methodology for Remote Sensing Inter-Turn Fault Events in Power System Air-Core Reactors, via Simulation of Magneto Quasi-Static Fields in 2D FDTD
- Complex s-Plane Modeling and 2D Characterization of the Stochastic Scattering Loss in Symmetric Dielectric Slab Waveguides Exhibiting Ergodic Surface-Roughness With an Exponential Autocorrelation Function
- Characterizing THz Scattering Loss in Nano-Scale SOI Waveguides Exhibiting Stochastic Surface Roughness with Exponential Autocorrelation
- A Parametric Integral Formulation to Approximate the Magneto Quasi-Static Fields of 3-D Cylindrical Solenoids With Helical Winding
- A Deep Neural Network Modeling Methodology for Efficient EMC Assessment of Shielding Enclosures using MECA-Generated RCS Training Data
- A Deep Neural Network Modeling Methodology for Efficient EMC Assessment of Shielding Enclosures using MECA-Generated RCS Training Data
- A Novel Deep Neural Network Methodology for Fast Scattering-Parameter Extraction of Discretized Structures in Three-Dimensional Space
- A Novel Deep Neural Network Methodology for Fast Scattering-Parameter Extraction of Discretized Structures in Three-Dimensional Space
- Machine Learning for Rectangular Waveguide Mode-Identification, Using 2D Modal Field Patterns
- A Deep Neural Network Modeling Methodology for Extraction of RLGC Parameters in µ-wave and mm-wave Transmission Lines
- Width Confinement in 3D Dielectric Waveguides and Comparison to 2D Analytical Models
- Coarse-to-fine malleable Pole/Residue Equivalent System Solver (COMPRESS)
- Analytical Model of the Canonical 3D Helical Solenoid, for Efficient Computation of the Dynamic Electromagnetic Fields in Near- and Far-Field Regions, Complex Inductance, and Radiation Resistance
- Analytical Model of 3D Helical Solenoids, for Efficient Computation of Dynamic EM Fields, Complex Inductance, and Radiation Resistance
- Analytical Model of 3-D Helical Solenoids for Efficient Computation of Dynamic EM Fields, Complex Inductance, and Radiation Resistance
- A semi‐analytic and cellular approach to rational system characterization through equivalent circuits
- S-Parameter Extraction Methodology in FDTD for Nano-Scale Optical Interconnects
- Stochastic Loss in Dielectric Slab Waveguides due to Exponential and Uncorrelated Surface Roughness
- Passivity verification and enforcement—A review paper
- Comparative Analysis of Piece-by-Piece MNA and General MNA Approaches for Model Order Reduction
- Comparative Analysis of Piece-by-Piece MNA and General MNA Approaches for Model Order Reduction
- Comparative Analysis of Piece-by-Piece MNA and General MNA Approaches for Model Order Reduction
- A Deep Neural Network Modeling Methodology for Efficient EMC Assessment of Shielding Enclosures Using MECA-Generated RCS Training Data
- Stability, Causality, and Passivity of Canonical Equivalent Circuits for Improper Rational Transfer Functions with Complex-Conjugate Poles and Residues
- System Characterization of Equivalent Circuits of Improper Rational Transfer Functions with Complex-Conjugate Poles and Residues
- System Characterization of Equivalent Circuits of Improper Rational Transfer Functions with Complex-Conjugate Poles and Residues
- System Characterization of Equivalent Circuits of Improper Rational Transfer Functions with Complex-Conjugate Poles and Residues
- Examination of the Modified Equivalent Current Approximation (MECA) Method for Dielectric Media in Non-half-space Structures
- Examination of the Modified Equivalent Current Approximation (MECA) Method for Dielectric Media in Non-half-space Structures