Molecular networks have the potential to enable bio-implants and biological nano-machines
to communicate inside the human body. Molecular networks send and receive data between …

The authors of this paper have been involved in molecular communication since its
conception. They describe their decade-and-a-half long personal journey of the molecular …

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 …

This paper presents an evaluation of non-orthogonal multiple access (NOMA) as a novel
approach for diffusionbased molecular communication (DBMC) networks. The scheme …

Multiple access-based molecular communication (MC) is an important way to implement MC
nanonetworks for the Internet of Bio-Nano Things. In this letter, we propose a framework for …

In this work, we consider the problem of forward error correction in a multiple access
molecular communication network with bacteria as transceivers. A number of forward error …

Molecules and combinations of molecules are the natural communication currency of
microbes; microbes have evolved and been engineered to sense a variety of compounds …

Molecular communication networks (MC) consisting of biosensors and bioprocessors have
unique characteristics that distinguish them from traditional electromagnetic networks. MC …

Molecular communications (MC) is a new communication paradigm that uses molecules to
transmit information. Since MC has similar mechanisms to signaling between cells in nature …

This chapter focuses on the management of the communications resources and on the
access to those resources: the medium access control (MAC). Nanocommunications imply …