Motivated by the presence of imperfections in the complex processes of vehicular traffic and
intracellular transport, we investigate a two-lane dynamically disordered system with narrow …

We study an exclusion process with site-wise dynamic disorder in a resource constrained
environment. The dynamic defects that hinder the particle flux on the lattice stochastically …

Motivated by the interplay of multiple species in several real world transport processes, we
propose a bidirectional totally asymmetric simple exclusion process with two finite particle …

To understand the complicated transport processes that occur in biological and physical
systems, we investigate a constrained totally asymmetric simple exclusion process with a …

Motivated by the impact of limited resources on the entry and exit of entities on a pathway in
many transport systems, we investigate a system comprising of a bidirectional totally …

We investigate a geometric adaptation of a totally asymmetric simple exclusion process with
open boundary conditions, where each site of a one-dimensional channel is connected to a …

Inspired by the process of mRNA translation, in which the stochastic degradation of mRNA-
ribosome machinery is modeled by the resetting dynamics, we study an open totally …

We study a totally asymmetric simple exclusion process equipped with Langmuir kinetics
with boundaries connected to a common reservoir. The total number of particles in the …

We develop a two-species exclusion process with a distinct pair of entry and exit sites for
each species of rigid rods. The relatively slower forward stepping of the rods in an extended …

In this paper we study a conserved system comprised of two directed lanes having identical
dynamics and two reservoirs with scaled resources that are strategically connected to the …