Today's advanced high‐speed technology requires building behavioral models of systems,
from measured/simulated data, with increasingly higher operating frequencies. Different …

In this paper, we investigate model reduction of discrete-time bilinear control systems using
a Laguerre expansion technique. The transfer function of systems is expanded under the …

One important issue for the simulation of flexible multibody systems is the quality controlled
reduction in the flexible bodies degrees of freedom. In this work, the procedure is based on …

We discuss balanced truncation (BT) based methods for model order reduction (MOR) of
linear time invariant (LTI) systems with many input or many output terminals. Applying BT …

Model order reduction (MOR) techniques play a crucial role in the computer-aided design of
modern integrated circuits, where they are used to reduce the size of parasitic networks …

In this paper, we present a model order reduction approach for nonlinear circuit equations
with a small number of nonlinear elements. This approach is based on the decoupling of …

We discuss methods for model order reduction (MOR) of linear systems with many input and
output variables, arising in the modeling of linear (sub) circuits with a huge number of nodes …

Circuit simulation for power grid models leads to the challenge of model order reduction for
linear descriptor systems with many ports. Based on the ESVDMOR idea of Feldmann and …

This paper presents a topological and dimensional kinematic synthesis methodology that
can be used to constrain the movement of kinematic planar, spherical, and spatial revolute …

We consider model order reduction of integrated circuits with semiconductor devices. Such
circuits are modeled using modified nodal analysis by differential‐algebraic equations …