Radio enabled implantable devices with an aim to blend with the morphology and biology of the human body

Over the years, the significant growth in wireless and body-centric communication

Necessary features of future nanomachines are already present in a living cell, which can be defined as a self-replicating collection of nanomachines

In terms of functionality, these are much more sophisticated than other implantable devices having features like sensing, memory, actuation, power unit, and communication. The 1.1 Proposed Nanoscale Communication Schemes 3 practical applications of this technology can only be achieved with optimization of channel medium which is the human body and hence developing novel concepts for communication systems is the key

As discussed in the further chapters, nanodevices are envisioned to communicate in the THz region of the electromagnetic spectrum, owing to their size and bandwidth

Assimilating from the fundamentals of electromagnetic, wireless communication, medical and material science, a novel concept of nanonetworks was first introduces in 2008, which stems from the concept that a collection of nanodevices have the potential to harness the innate communication capabilities of human body, thereby allowing them to cooperate and share information [15]. Healthcare diagnosis can only be achieved if an efficient communication mechanism and data transfer is established between these nanodevices

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