This paper evaluates the electromagnetic field deviation from its deterministic value when the electrical parameters of the scenery under investigation are not known in a deterministic form but can be considered statistically distributed. First, a statistical model for the electrical parameters that will be used in the electromagnetic procedure is defined. Then, the analysis is performed by employing an efficient deterministic RT simulation in conjunction with a Monte Carlo procedure, allowing us to evaluate the electromagnetic field amplitude variations caused by the random electrical parameter
A stochastic approach is presented to statistically characterize uncertainties in electromagnetic in...
Computational Electromagnetics (CEM) involves the process of modeling the interaction of elec...
This thesis aims to determine the distribution of the relative permittivity for random mixtures of m...
Up to now, ray-tracing simulations are commonly used with a deterministic approach. Given the input ...
This work described in this thesis develops a computationally efficient approach to performing elect...
This paper is concerned with a numerical procedure to estimate two parameters, amplitude modificatio...
Abstract. This paper is concerned with a numerical procedure to estimate two parameters, amplitude m...
A modeling method is proposed to quantify uncertainties affecting electromagnetic interactions. This...
This paper presents a quasi-deterministic ray tracing (QD-RT) method for analyzing the propagation o...
We estimate the propagation of uncertainties in electromagnetic wave scattering problems. The comput...
We are interested in the assessment of electromagnetic Path-Loss in complex environments. The Path-l...
In modeling electromagnetic phenomena randomness of the propagation medium and of the dielectric obj...
We compare the performance of three computational methods for characterizing the electromagnetic int...
The paper deals with the deterministic-stochastic model of the human body represented as cylindrical...
Abstract—In modeling electromagnetic phenomena randomness of the propagation medium and of the diele...
A stochastic approach is presented to statistically characterize uncertainties in electromagnetic in...
Computational Electromagnetics (CEM) involves the process of modeling the interaction of elec...
This thesis aims to determine the distribution of the relative permittivity for random mixtures of m...
Up to now, ray-tracing simulations are commonly used with a deterministic approach. Given the input ...
This work described in this thesis develops a computationally efficient approach to performing elect...
This paper is concerned with a numerical procedure to estimate two parameters, amplitude modificatio...
Abstract. This paper is concerned with a numerical procedure to estimate two parameters, amplitude m...
A modeling method is proposed to quantify uncertainties affecting electromagnetic interactions. This...
This paper presents a quasi-deterministic ray tracing (QD-RT) method for analyzing the propagation o...
We estimate the propagation of uncertainties in electromagnetic wave scattering problems. The comput...
We are interested in the assessment of electromagnetic Path-Loss in complex environments. The Path-l...
In modeling electromagnetic phenomena randomness of the propagation medium and of the dielectric obj...
We compare the performance of three computational methods for characterizing the electromagnetic int...
The paper deals with the deterministic-stochastic model of the human body represented as cylindrical...
Abstract—In modeling electromagnetic phenomena randomness of the propagation medium and of the diele...
A stochastic approach is presented to statistically characterize uncertainties in electromagnetic in...
Computational Electromagnetics (CEM) involves the process of modeling the interaction of elec...
This thesis aims to determine the distribution of the relative permittivity for random mixtures of m...