Molekül çeşitliliğine dayalı nanoölçekli haberleşme kanalları üzerine bilgi kuramsal bir inceleme

Molecular communication is a promising technique to establish communication at nanoscale in which molecules are used to carry messages between nanomachines. It has many applications areas such as environmental applications, which include water and air pollution control, industrial applications, which include development of intelligent materials, nano-processors and nano-memory, and biomedical applications, which are drug delivery, disease diagnosis&treatment and health monitoring. In this thesis, we introduce a new model for molecular communication which exploits molecule diversity. An information theoretical analysis of this channel is conducted to investigate the rate-delay trade-o , the capacity and the bit error rate. Our aim in this thesis is to nd the feasible conditions and techniques to realize a molecular communication system. Furthermore, we derived analogies between the conventional electromagnetic communications and the emerging molecular communication elds to exploit the techniques used in conventional networks such as network coding and forward error correction for optimizing the performance of molecular networks.