Purpose– The paper is concerned with interpolatory proper orthogonal decomposition (IPOD) methods for nonlinear transmission line circuits. This paper aims to examine several factors that must be considered when applying such model reduction techniques to this kind of circuit. Design/methodology/approach– Two types of POD will be implemented. In each case, the choice of the order of the reduced model and the order of the interpolation space shall be considered. The stability of the models shall be explored. Findings– The results indicate that the order for the reduced model to obtain accurate results depends on the chosen method when considering nonlinear transmission lines. The results also indicate that the structure of the nonlinear tran...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Due to refined modelling of semiconductor devices and increasing packing densities, reduced order mo...
Due to refined modelling of semiconductor devices and increasing packing densities, reduced order mo...
Purpose– The paper is concerned with interpolatory proper orthogonal decomposition (IPOD) methods fo...
Purpose– The paper is concerned with interpolatory proper orthogonal decomposition (IPOD) methods fo...
Purpose– The paper is concerned with interpolatory proper orthogonal decomposition (IPOD) methods fo...
A new method is presented for simulation of nonlinear transmission line circuits based on proper ort...
A new method is introduced for simulation of nonlinear transmission line circuits based on model-ord...
A new method is introduced for simulation of nonlinear transmission lines based on model-order reduc...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Electrical circuits usually contain nonlinear components. Hence we are interested in MOR methods tha...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Due to refined modelling of semiconductor devices and increasing packing densities, reduced order mo...
Due to refined modelling of semiconductor devices and increasing packing densities, reduced order mo...
Purpose– The paper is concerned with interpolatory proper orthogonal decomposition (IPOD) methods fo...
Purpose– The paper is concerned with interpolatory proper orthogonal decomposition (IPOD) methods fo...
Purpose– The paper is concerned with interpolatory proper orthogonal decomposition (IPOD) methods fo...
A new method is presented for simulation of nonlinear transmission line circuits based on proper ort...
A new method is introduced for simulation of nonlinear transmission line circuits based on model-ord...
A new method is introduced for simulation of nonlinear transmission lines based on model-order reduc...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Electrical circuits usually contain nonlinear components. Hence we are interested in MOR methods tha...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Model order reduction is a mathematical technique to transform nonlinear dynamical models into small...
Due to refined modelling of semiconductor devices and increasing packing densities, reduced order mo...
Due to refined modelling of semiconductor devices and increasing packing densities, reduced order mo...