In this paper, a new model reduction technique for the large-scale continuous time systems
is proposed. The proposed technique is a mixed method of Routh approximation and factor …

In this paper, a new simplified Routh approximation technique is proposed for the model
order reduction (MOR) of large scale linear time-invariant systems. In reduced order …

In this paper, we present an efficient model reduction method for discrete time-delay systems
based on the expansions of systems under Charlier polynomials. Making full use of the …

This paper proposes a new model order reduction method for the large-scale dynamic
systems using the factor division approach to allow the preservation of dominant poles. For a …

Abstract Model order reduction methods via high-order Krylov subspace for bilinear time-
delay systems are developed in this paper. The proposed methods are based on the …

This paper presents a Laguerre-based model reduction method for time-delay systems,
which naturally retains the second-order-structure of original systems. We expand time …

This paper explores model order reduction (MOR) methods for discrete time-delay systems
in the time domain and the frequency domain. First, the discrete time-delay system is …

In this paper, a Krylov subspace method based on multi-moment matching is utilized for
model order reduction of large-scale second order bilinear systems. Accordingly, model …

This paper introduces two model order-reduction techniques for second-order time-delay
systems. The first method involves converting the second-order system into a first-order form …

Abstract Model order reduction methods via low‐rank approximation of Gramians for time‐
delay systems are developed in this paper. The main contribution is to achieve the …