The continuous scaling of the on-chip devices and interconnects increases the complexity of
the design space and becomes a crucial factor in the fabrication of modern integrated …

Reducing the order of positive real and bounded real systems has received great interest
over the years. Several methods have been published regarding these issues which are …

This paper proposes a balancing-based model reduction approach for an interconnection of
passive dynamic subsystems. This approach preserves the passivity and stability of both the …

Many integrated electrical circuits and networks comprise of large RLC ladders. These
complex circuits are described by high-order positive-real transfer functions. To simplify the …

The computational efficiency of traditional model order reduction (MOR) methods may
degrade sharply for multi-input multi-output (MIMO) systems especially when the number of …

The main drawback of pioneer frequency limited Gramians-based technique by Wang and
Zilouchain for discrete time system is that it yields unstable reduced order models (ROMs) of …

In projection-based model order reduction, a reduced-order approximation of the original full-
order system is obtained by projecting it onto a reduced subspace that contains its dominant …

We propose a novel balancing-based reduction approach for the reduction of
interconnected, passive LTI subsystems. This approach retains (strict) passivity and …

This paper proposes a novel algorithm, termed Mixed Riccati–Lyapunov Balanced
Truncation (MRLBT), tailored for order reduction of Linear Time-Invariant Continuous-Time …

In this paper, a new frequency-weighted positive real balanced truncation technique is
presented by using a combination of frequency-weighted model reduction with the positive …