الفهرس 
Chapter 1: IntroductionOnly 14 pages are availabe for public view
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Abstract
Molecular communication is inspired by the natural inter cellular communication paradigm in which cells communicate using molecules. It is an interdisciplinary approach
spanning bio, nano and communication technologies. The communication of
mobile
nanomachines is inspired by the cellular communication paradigm in immune system. In
adaptive immune system, the immune response starts by the recognition of antigens by
T
-
cellsthe thesis is organized as follows:
Chapter 1 is the introductory chap
ter outlining the thesis objectives.
Chapter 2 presents an overview of molecular communication. It also discusses the
architecture layer of molecular communication nanonetwork. And provides the
function of each layer to improve the design.
Chapter 3 introd
uces a framework for transmission nanoscale information in
nanonetworks
-
based MC while taking into account the interactions between the
receptors and ligands.
Chapter 4 discusses an efficient molecular communication protocol (MCP) based on
mobile ad hoc n
anonetwork. MCP is inspired of the diffusion property in the neuron
system in order to model the biological communication among nanomachines.
The thesis ends with Chapter 5, which gives conclusions and directions for the future
work in this area.