This paper provides a comprehensive review of the emerging research area of mobile
molecular communication. In mobile molecular communication, sender and receiver …

This paper explores the application of molecular communication via diffusion-based nano-
sensor networks (MCSNs) for data gathering applications in in-body medical systems. For …

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 …

A basic property of any diffusion-based molecular communication system is the geometry of
the enclosing container. In particular, the geometry influences the system's behavior near …

In the expanding realm of computational biology, Reinforcement Learning (RL) emerges as
a novel and promising approach, especially for designing and optimizing complex synthetic …

Synchronization is a critical issue in molecular communications (MC). Additionally, the lack
of an appropriate time-slotted framework for MC systems hinders the in-depth analysis of …

In this paper, we consider drug release-time issue in molecular communication-based
targeted drug delivery (MC-based TDD) systems. Typically, a trigger source sends out a …

The chaotic behaviour of a system depends on the parameter values, and when the system
exhibits such a chaotic behaviour, it is sensitive to the initial conditions. This feature can be …

Nano-networks are composed of interconnected nano-nodes and can enable
unprecedented applications in various fields. Due to the peculiarities of nano-networks, such …

With the growth in the diversity of novel molecular communication via diffusion-based
(MCvD) applications, the term synchronization can entail different technologies in MCvD …