The approximate solution of Maxwell's equations exploiting Numerical Techniques is known as Computational ElectroMagnetics (CEM). CEM techniques have been available for close on four decades now, and they currently form an invaluable part of current RF, antenna and microwave engineering practice. The present work is focused on two different applications of numerical techniques for Computational Electromagnetics: numerical optimization and full-wave techniques.
Numerical Techniques for Antenna Arrays: Multi-Objective Optimization and Method of Moments Acceleration / Ruggero Taddei. - (2015).
Numerical Techniques for Antenna Arrays: Multi-Objective Optimization and Method of Moments Acceleration
TADDEI, RUGGERO
2015
Abstract
The approximate solution of Maxwell's equations exploiting Numerical Techniques is known as Computational ElectroMagnetics (CEM). CEM techniques have been available for close on four decades now, and they currently form an invaluable part of current RF, antenna and microwave engineering practice. The present work is focused on two different applications of numerical techniques for Computational Electromagnetics: numerical optimization and full-wave techniques.
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