Reliable and energy efficient Nano bacterium communication for optimization solution

Nanonetworks are networks of devices inherently working and communicating at a scale ranging between one and hundreds of nanometers. The motivation behind this nanonetwork and nano molecular communication protocol design to decrease the complexity of the system design and to overcome limitations in terms of size, computation, reliability, storage and energy. In optimization problems classical networking and communication scheme that is applicable in conventional network will not be applicable due to the mentioned limitations in nanonetwork. This paper describes a design of a definite directive molecular communication system using bacterium molecules. In this design Nano nodes encapsulate information into an artificial bacterium. Bacterium propagates through a medium and eventually reached to the receiver. Analytical and simulated numerical results confirm about definite direction of nano molecules which increases reliability of message delivery unlike Brownian motion. We also proposed artificial nano bacterium architecture, storage and optimum operational parameter values required in an energy efficient way.