The primary objective of the current study was to create a mathematical model utilizing
fractional-order calculus for the purpose of analyzing the symmetrical characteristics of …

The development of neurodynamics emphasizes more accurate estimation and prediction of
neuronal electrical activities in complicated physiological environments, which highlights the …

This paper is concentrated on the secure synchronization control issue for complex
dynamical networks (CDNs) subjected to multiple attacks. For the sake of conserving …

In this article, we examine the impact of leakage delays on robust synchronization for
fractional order multi-weighted complex dynamical networks (MFCDN) under non-linear …

In this study, a new mathematical model of HIV/AIDS with vertical transmission is presented
and analysed. The well posedness of the model is analysed using the theory of positivity …

In this research, the ongoing COVID-19 disease by considering the vaccination strategies
into mathematical models is discussed. A modified and comprehensive mathematical model …

We consider the evolution of a finite population constituted by susceptible and infectious
individuals and compare several time-inhomogeneous deterministic models with their …

In this paper, we propose a mathematical model using the Caputo fractional derivative
(CFD) and two control signals to study the transmission dynamics and control of Chickenpox …

This paper aims to build the SVIHRD model for COVID-19 and it also simultaneously
conduct stability and numerical analysis on the transmission of COVID-19. Here we do a …

In this investigation, a distinctive chickenpox model incorporating the Caputo fractional
derivative is introduced. Equilibrium points and the fundamental reproduction number of the …