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An Envelope-Tracking Hybrid Field-Circuit Simulator for Narrowband Analysis of Nonlinearly Loaded Wire Antennas

Type: Journal Paper

Author : Subramanian, Venkatachalam; Yilmaz, Ali E.

Publisher: IEEE

Year: 2014

A More Scalable and Efficient Parallelization of the Adaptive Integral Method—Part I: Algorithm

Type: Journal Paper

Author : Fangzhou Wei; Yilmaz, Ali E.

Publisher: IEEE

Year: 2014

A More Scalable and Efficient Parallelization of the Adaptive Integral Method—Part II: BIOEM Application

Type: Journal Paper

Author : Fangzhou Wei; Yilmaz, Ali E.

Publisher: IEEE

Year: 2014

An FFT-Accelerated Integral-Equation Solver for Analyzing Scattering in Rectangular Cavities

Type: Journal Paper

Author : Kai Yang; Yilmaz, Ali E.

Publisher: IEEE

Year: 2014

A hybrid surface-volume integral-equation method for analyzing scattering from voxel-based anatomical human models with smooth skin

Type: Conference Paper

Author : Massey, Jackson W.; Wei, Fangzhou; Yilmaz, Ali E.

Publisher: IEEE

Year: 2014

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An Envelope-Tracking Hybrid Field-Circuit Simulator for Narrowband Analysis of Nonlinearly Loaded Wire Antennas

A More Scalable and Efficient Parallelization of the Adaptive Integral Method—Part I: Algorithm

A More Scalable and Efficient Parallelization of the Adaptive Integral Method—Part II: BIOEM Application

An FFT-Accelerated Integral-Equation Solver for Analyzing Scattering in Rectangular Cavities

A hybrid surface-volume integral-equation method for analyzing scattering from voxel-based anatomical human models with smooth skin

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An Envelope-Tracking Hybrid Field-Circuit Simulator for Narrowband Analysis of Nonlinearly Loaded Wire Antennas

A More Scalable and Efficient Parallelization of the Adaptive Integral Method&#x2014;Part I: Algorithm

A More Scalable and Efficient Parallelization of the Adaptive Integral Method&#x2014;Part II: BIOEM Application

An FFT-Accelerated Integral-Equation Solver for Analyzing Scattering in Rectangular Cavities

A hybrid surface-volume integral-equation method for analyzing scattering from voxel-based anatomical human models with smooth skin

A More Scalable and Efficient Parallelization of the Adaptive Integral Method—Part I: Algorithm

A More Scalable and Efficient Parallelization of the Adaptive Integral Method—Part II: BIOEM Application