In the present work, we offer a critical review of the mathematical models that have been
proposed to date to simulate malware propagation in a network of computers or mobile …

In this paper we analyze a three level trophic chain model, considering a logistic growth for
the lowest trophic level, a Lotka–Volterra and Holling type II functional responses for …

In the new and sophisticated cyber attacks (mainly, advanced persistent threats) the
advanced specimens of malware such that zero-day malware play a crucial role. Due to its …

The present study constitutes the first systematic investigation on the effect of cannibalism on
a mid-level predator in a tritrophic food chain model. Moreover, it discusses the role of …

The environmental characteristics of a biological system are imbibed in some particular
parameters of that system. Significant changes in any system parameter exert influence on …

In this work, we study a prey–predator system with Hassell–Varley functional response,
which is a predator-dependent functional response. Our goal is to study the dynamics of the …

Fear of predators is an important drive for predator–prey interactions, which increases
survival probability but cost the overall population size of the prey. In this paper, we have …

In this paper, we study the complex dynamics of a spatial nonlinear predator-prey system
under harvesting. A modified Leslie–Gower model with Holling type IV functional response …

In this paper, we have formulated an e-epidemic energy efficient susceptible-infected–
terminally infected-recovered (SITR) model to analyse the attacking behaviour of worms in …

In this paper, an attempt has been made to understand the dynamics of a prey–predator
system with multiple time delays where the predator population is regarded as a generalist …