The so-called vector fitting (VF) algorithm has gained much popularity over the last few
years. This technique provides a very effective system identification tool that, starting from …

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

Passivity is an important property of circuits and systems to guarantee stable global
simulation. Nonetheless, nonpassive models may result from passive underlying structures …

This paper presents the design of a low noise CMOS Gilbert cell mixer in 180 nm technology
with the help of cadence tool. The switched biasing technique is used to improve the noise …

We propose a block-diagonal structured model order reduction (BDSM) scheme for fast
power grid analysis. Compared with existing power grid model order reduction (MOR) …

Traditionally, CMOS RF/mm-wave circuit designers mostly rely on compact models provided
by foundry for passive elements with given geometry. Nowadays, it is more of a trend that …

This paper presents a new passivity enforcement technique for linear time-invariant multiport
systems generated from tabulated measured or simulated data. Traditional methods based …

Passivity enforcement is an important issue for macro-modeling for passive systems from
measured or simulated data. Existing convex programming based methods are too …

This paper describes a systematic approach to integrate the Discrete Event Specified
System (DEVS) methodology into SystemC. It thus combines Model of Computation (MoC) …

This paper presents a comprehensive strategy for fast generation of passive macromodels of
linear devices and interconnects on parallel computing hardware. Starting from a raw …