During the COVID-19 pandemic, one of the major concerns was a medical emergency in
human society. Therefore it was necessary to control or restrict the disease spreading …

In this paper, we aim to estimate and predict the situation of the new coronavirus pandemic
(COVID‐19) in countries under quarantine measures. First, we present a new discrete‐time …

In recent times, the Coronavirus disease (caused by COVID-19) is evidently observed to be
the extremely contagious one with high fatality rate worldwide. In March 2020, the disease …

In this paper, we have considered a single-strain dengue model with saturated incidence
rate as well as saturated treatment. Three types of controls, namely vaccination for …

This paper aims to explore stability and bifurcations with control analysis of a co-infected two
serotypes dengue model in presence of three controls, namely protection control, treatment …

In this paper, we propose a stochastic SEIR-type model with asymptomatic carriers to
describe the propagation mechanism of coronavirus (COVID-19) in the population. Firstly …

The fractional order SIR model with a Holling type II saturated incidence rate and treatment
rate are explored in this manuscript in the Caputo order fractional derivative approach. The …

This manuscript deals with an epidemic model with partial immunity having nonlinear
incidence and saturated treatment. Positivity and boundedness of the solutions have been …

Malaria is the world's most fatal and challenging parasitic disease, caused by the
Plasmodium parasite and transmitted to humans by the bites of infected female mosquitos …

In this paper, an epidemic compartmental model with saturated type treatment function is
presented to investigate the transmission dynamics of COVID-19 with a case study of Spain …