This study aims to investigate a financial system consisting of four ordinary differential
equations associated with the rate of interest, investment demand, price index, and the …

This paper presents the results of investigating the dynamics of an economic system with
chaotic behavior and a suboptimal control proposal to suppress the chaotic behavior …

In this article, we analyze the conditions for the structural stability of a fractional order IS-LM-
AS dynamic model with adaptive expectations. It is a generalization of our previous research …

In this paper, the dynamical behaviors and chaos control of a fractional‐order financial
system are discussed. The lowest fractional order found from which the system generates …

In recent years, researchers from several fields including economics have developed
models to better understand nonlinear phenomena such as chaos. To this direction, a novel …

In this paper, adaptive control and adaptive synchronization of an integer and fractional
order new financial system with unknown constant parameters are studied. Based on …

Synchronization of chaotic dynamical systems with fractional order is receiving great
attention in recent literature because of its applications in a variety of fields including optics …

Recently, it was proposed to use a brand-new set of nonlinear ordinary differential
equations. The system aims to represent chaotic financial activities. Such a system was …

This work addresses the influence of the fractional derivative on the bifurcation and route to
chaos of a system modeled by a chemical reaction subjected to an external periodic force on …

The present study focuses on a real finance nonlinear dynamic system (FNLDS), which has
been shown to exhibit chaotic behavior. The solutions for such nonlinear dynamical systems …