Measles is a highly contagious and life-threatening disease caused by a virus called
morbillivirus, despite the availability of a safe and cost-effective vaccine, it remains a leading …

Various infectious diseases primarily contain the characteristics of memory and non-locality.
Keeping this in view; we have, in the present paper, proposed a new epidemiological …

This study proposes a novel mathematical framework to study the spread dynamics of
diseases. A measles model is developed by dividing the vaccinated compartment into the …

A generalized “SVEIR” epidemic model with general nonlinear incidence rate has been
proposed as a candidate model for measles virus dynamics. The basic reproduction number …

Epidemics have memory characteristics and the deterministic systems in mathematical
epidemiology based upon ordinary differential equations are the most suitable tools when …

In this work, we replaced the integer derivative with Caputo derivative to model the
transmission dynamics of measles in an epidemic situation. We began by recalling some …

Modeling of infectious diseases is essential to comprehend dynamic behavior for the
transmission of an epidemic. This research study consists of a newly proposed mathematical …

Measles, or rubella, is a contagious respiratory illness that manifests as a fever, runny nose,
and cough in addition to a characteristic skin rash. The measles virus spreads easily through …

The terms susceptibility, exposure, infectiousness, and recovered all have some inherent
ambiguity because different population members have different susceptibility levels …

In this work, we examine the impact of certain preventive measures for effective measles
control. To do this, a mathematical model for the dynamics of measles transmission is …