A new technique to build parametric macromodels based on scattered S-data samples in the design space is presented. Stability and passivity are guaranteed by construction over the entire design space by a robust and efficient two-step algorithm. In the first step, a set of univariate stable and passive macromodels is built. In the second step, a geometrical structure that determines the connections between the scattered data points in the design space is built to perform multivariate positive interpolation
We present an enhanced parametric macromodeling method that is able to generate compact and passive ...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents a robust technique for the macromodeling of time-domain and frequency-domain res...
A new technique to build parametric macromodels based on scattered S-data samples in the design spac...
A new technique to build parametric macromodels based on scattered S-data samples in the design spac...
Abstract—A new technique to build parametric macromodels based on scattered S-data samples in the de...
This letter presents a novel parametric macromodeling technique for scattering input-output represen...
We present an enhanced parametric macromodeling method that is able to generate compact and passive ...
We propose a novel parametric macromodeling method for systems described by admittance and impedance...
We propose a novel parametric macromodeling method for systems described by admittance and impedance...
We propose a novel parametric macromodeling method for systems described by admittance and impedance...
We present a new method for the construction of parametric macromodels for admittance and impedance ...
We present a new method for the construction of parametric macromodels for admittance and impedance ...
We present an enhanced parametric macromodeling method that is able to generate compact and passive ...
Abstract—We propose a novel parametric macromodeling tech-nique for admittance and impedance input–o...
We present an enhanced parametric macromodeling method that is able to generate compact and passive ...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents a robust technique for the macromodeling of time-domain and frequency-domain res...
A new technique to build parametric macromodels based on scattered S-data samples in the design spac...
A new technique to build parametric macromodels based on scattered S-data samples in the design spac...
Abstract—A new technique to build parametric macromodels based on scattered S-data samples in the de...
This letter presents a novel parametric macromodeling technique for scattering input-output represen...
We present an enhanced parametric macromodeling method that is able to generate compact and passive ...
We propose a novel parametric macromodeling method for systems described by admittance and impedance...
We propose a novel parametric macromodeling method for systems described by admittance and impedance...
We propose a novel parametric macromodeling method for systems described by admittance and impedance...
We present a new method for the construction of parametric macromodels for admittance and impedance ...
We present a new method for the construction of parametric macromodels for admittance and impedance ...
We present an enhanced parametric macromodeling method that is able to generate compact and passive ...
Abstract—We propose a novel parametric macromodeling tech-nique for admittance and impedance input–o...
We present an enhanced parametric macromodeling method that is able to generate compact and passive ...
This paper presents an efficient and robust algorithm for passivity enforcement of S-parameter-based...
This paper presents a robust technique for the macromodeling of time-domain and frequency-domain res...