İbrahim IŞIK, M. Emin TAĞLUK, Mehmet Bilal ER

Analisis of Half Sphere receiver Model in molecular Communucation Through Diffusion

The area where the chemical signals are used as carriers in transporting information is known as the Molecular Communication (MC). The information particles which are used for communication in the molecular communication systems consist of biological components such as proteins and DNA. Recently, together with the spread of nanotechnology, the number of publications related with molecular communication also increases. Various researchers propose new methods and techniques for the science of nanotechnology to be used more efficiently in various fields such as medical and nanorobot. These methods rather address solving the inter-cellular communication problems today. In this study, in contrast with the literature, half sphere receiver model in a different topology has been analysed. This is due to the potential of different receiver models instead of micro strip or patch antenna in the digital communication systems. For this reason, different forms of the receiver have been tried and the signal transmitting ratio is tried to be increased and the intermolecular interference to be decreased.

Keywords:

molecular communication, nano network, receiver,

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