Telecommunication theories play a special role in the modeling, analysis and design of molecular nanocommunication systems

Note:  Telecommunication theories play a special role in the modeling, analysis and design of molecular nanocommunication systems.

A nano network is a nano scale communication network between nano devices.  Nano devices  face special challenges in performance  due to limitations in power management processing ability .  Therefore, these devices are expected to perform simple tasks that require different and new approaches. In the molecular communication system, the transmitter sends information through chemical molecules called information molecules, and after it is released in the environment, it is received and decoded by the communication receiver.

In nanocommunications,  different molecules give unique sound signals related to the properties of the molecules.  There are many nano telecommunication technologies that need to use external stimulation and measurement to work. Wireless communication between nano network and micro and macro devices and equipment can meet this need.The molecular method is to send and receive coded information in molecules , while the electromagnetic communication is to send and receive electromagnetic radiation from various nano devices Among these methods, the molecular method and the electromagnetic method are among the wireless methods. Nano devices communicate at frequencies of 1.0 to 10 terahertz. Due to the severe limitation of nano devices in terms of size and energy, the production of high power signals at terahertz frequency is not operational.  Nano communication devices are basic nano devices that are capable of performing very simple tasks.  Autonomous nano device is limited by energy, processing and communication limitations.  In addition, Nano-Network is a network of nano devices, it extends the capabilities of a nano device by providing a way to collaborate and share information. In general, nanocommunications is the exchange of nanoscale information  based on any  wired or wireless  connection of nanodevices in a nanonetwork.

Conclusion:

Telecommunication theories play a special role in modeling, analyzing and designing molecular communication systems.