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In this paper, we develop an analytical framework for modeling the transmission of nanoscale information in nanonetwork-based molecular communication and aware of ligand–receptor interactions. In this framework, we consider the interconnection among nanomachines, which carry nanoscale information, is accomplished by collision and adhesion process while the information is transported by adopting neural...
This paper investigates the aspects of nanoscale information transmission based on ligand-receptor interactions in nanonetworks-based mobile molecular communication. Accordingly, the molecular communication means enables nanomachines to interconnect with another nanomachine in the nanonetwork. Analogous to intercellular communication, the communication in the proposed nanonetwork is performed by collision...
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