This article proposes a novel hybrid technique of order abatement for large-scale models
that combines the Mihailov stability method (MSM) and the stability equation method (SEM) …

This article discusses a new technique to reduce the order of high-dimensional, continuous,
linear time-invariant dynamic systems. The proposed approach utilizes the merits of the …

The mathematical modeling of the real-time system results in large-dimensional ordinary or
partial differential equations, which are challenging to employ for investigation and control …

A new system abatement scheme is proposed for the abatement of the complexity of the
large-scale continuous time dynamic plants. In this abatement technique, a generalized …

In this article, a new method for the simplification and controller design for large-scale linear
dynamic plants is proposed. This method is applicable for both large-scale single input …

This paper presents a new hybrid model diminution algorithm for the simplification of large-
scale real time systems. This strategy leverages the balanced realization algorithm …

A new model order abatement method based on the clustering of poles and zeros of a large-
scale continuous time system is proposed. The clustering of poles and zeros are used for …

The field of model order reduction (MOR) has seen significant advancements in addressing
the challenges associated with the complexity of mathematical models in engineering and …

In this paper, a new method to reduce the order of the transfer function of large-scale linear
dynamic systems is proposed. For a given complex system, the denominator equation of the …

This paper proposes an improved generalized pole clustering technique for model order
reduction of higher-order LTI systems. The method has been modified from the traditional …