Molecular communication is a paradigm for Nanomachines to exchange information. Due to some of the biological properties, bacteria have been proposed as a carrier for molecular communication, such communication networks are known as bacterial Nanonetworks. The biological property of bacteria is ability to mobilize and carry the information encoded in deoxyribonucleic acid molecules. Bacteria have social characteristic, which provides bacteria to evolve in fluctuating environment using cooperative and non-cooperative behaviour. The reliability in communication can be achieved through optimizing the cooperative and non-cooperative behaviour of bacteria. Bacteria’s are capable of self-motion, through chemo taxis process bacteria will able to reach
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In the design, vesicles are used to wrap the information molecules, so that the propagation system is designed to transport vesicles information molecules. This enables transport of various types of information molecules. A sender node infuses information molecules into vesicles on its surface, detaches and emits the vesicles. A molecular propagation system then …show more content…
From a molecular communication perspective, a number of various methods have been examined for the propagation of radio waves using molecules. In wireless molecular communication, the transport of signal molecules is classified into passive and active communication. In passive communication, the signal molecules diffuse via Brownian motion in the communication channel. In Active communication, some form of chemical energy is used and propagation in a particular direction, ideally towards the meant receiver.
1.1 FEATURES OF MOLECULAR COMMUNICATION
Biocompatibility: Inserting nano-machines into a human body for medical applications requires Nano-machines. Biological Nano-machines function through receiving, interpreting and releasing molecules Biological nano-machines will be programmed to broken down after use to avoid procedures for removal or cleanup.
Scale: Because of the size of nano-machines, self assembly techniques based on biological systems may help to control and coordinate many nano-machines.
Information: Molecules represent information in the form of chemical structure, sequence information, relative positioning, or concentration (e.g. protein, DNA, calcium
In the design, vesicles are used to wrap the information molecules, so that the propagation system is designed to transport vesicles information molecules. This enables transport of various types of information molecules. A sender node infuses information molecules into vesicles on its surface, detaches and emits the vesicles. A molecular propagation system then …show more content…
From a molecular communication perspective, a number of various methods have been examined for the propagation of radio waves using molecules. In wireless molecular communication, the transport of signal molecules is classified into passive and active communication. In passive communication, the signal molecules diffuse via Brownian motion in the communication channel. In Active communication, some form of chemical energy is used and propagation in a particular direction, ideally towards the meant receiver.
1.1 FEATURES OF MOLECULAR COMMUNICATION
Biocompatibility: Inserting nano-machines into a human body for medical applications requires Nano-machines. Biological Nano-machines function through receiving, interpreting and releasing molecules Biological nano-machines will be programmed to broken down after use to avoid procedures for removal or cleanup.
Scale: Because of the size of nano-machines, self assembly techniques based on biological systems may help to control and coordinate many nano-machines.
Information: Molecules represent information in the form of chemical structure, sequence information, relative positioning, or concentration (e.g. protein, DNA, calcium