Concept of Twin Antenna-probe using stochastic field-field X-correlation for Energy Sensing and Low-Noise blind deconvolution

In this work we present the Correlation Transverse Wave Formulation (CTWF) method for direct computation of the auto-and cross correlation functions (ACFs and CCFs) of stationary stochastic electromagnetic fields. The transverse wave formulation, in performing a modal expansion of the electromagnetic fields in the homogeneous parts of the calculation domain and solving the near field continuity on both sides of the circuit surfaces, provides a direct derivation of the ACFs and CCFs without hypothesis on the structure of radiated fields. Index Terms-Stochastic electromagnetic fields, electromagnetic interference, noisy electromagnetic fields, correlation transverse wave formulation.

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Concept of Twin Antenna-probe using stochastic field-field X-correlation for Energy Sensing and Low-Noise blind deconvolution

Cited by 9 publications

References 18 publications

3D antenna patterning for MIMO and phased-array systems: Energy-based built-in-self-test for multiphysics co-design

3D antenna patterning for MIMO and phased-array systems: Energy-based built-in-self-test for multiphysics co-design

Twin-solver formulation for casting Green's functions into causal and non-causal partitions for time-reversal analysis

An extension of the transverse wave formulation to model stochastic electromagnetic fields

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