Analysis of the Signal Reception in Mobile Molecular Communication System by Using Antenna

Molecular communication is defined as the transmission and reception of biochemical information through molecules. Chemical signals are used to transfer information in molecular communication. In addition, carrier molecules are used to transmit and receive information between micro and nano machines. Molecular communication systems can be used in many subject such as Cancer Treatment, Drug Delivery. Molecular communication systems generally consist of a transmitter (Tx) and a receiver (Rx). Just like in digital communication, the transmitter transmits information through molecules, while the receiver receives and decodes the information encoded in the transmitter. In this study, a molecular communication model using mobile transmitters and transmitters is designed and analyzed in Matlab environment. In the designed model, the receptors on the receiver are considered as antennas and all calculations have been made accordingly. Contrary to the literature, comments have been made about how the communication quality will change with the change of distance between receiver and transmitter and diffusion constant of the nano machines in a mobile system. As a result, it has been observed that as the distance between the transmitter and receiver increases, the communication quality decreases.