Molecular communication (MC) is an emerging communication paradigm that allows bio-
nanomachines (NMs) to communicate using biochemical molecules as information carriers …

We study a drift-induced diffusive mobile molecular communication system where source,
destination and cooperative nanomachines follow the one-dimensional Brownian motion …

In this paper, we study diffusive multi-hop mobile molecular communication (MMC) with drift
in one-dimensional channel by adopting amplify-and-forward (AF) relay strategy. Multiple …

We investigate mobile multiple-input multiple-output (MIMO) molecular communication via
diffusion (MCvD) system which is consisted of two source nodes, two destination nodes and …

In this paper, we investigate a two-way molecular communication via diffusion (MCvD)
system, which consists of two source nanomachines and one relay nanomachine in three …

Molecular communication (MC), in which molecules serve as the carrier for data
transmission, plays an essential role in nanonetworks. In this article, a mobile diffusive-drift …

This work considers a cooperative communication system in 3-D fluid medium in which the
flow of molecules is supported by the drift and the diffusion phenomena. To enhance the …

Molecular communication (MC), which allows nanomachines to communicate with each
other by using chemical molecules, is considered to be a promising method for …

Diffusive molecular communication (DMC), in which molecules are used to deliver
information in diffusion channel, is one of the most prominent systems in nanonetworks. In …

Multiple measurements of the concentration of molecules serve as a useful technique to
enable bio-nanomachines to reliably extract information encoded in the concentration of …