PROJECT TITLE :

An Acoustic Communication Technique of Nanorobot Swarms for Nanomedicine Applications

ABSTRACT:

In this contribution, we gift a communication paradigm among nanodevices, based mostly on acoustic vibrations for medical applications. We have a tendency to consider a swarm of nanorobots ready to communicate in a very distributed and decentralized fashion, propelled in an exceedingly biological surroundings (i.e., the human brain). Each nanorobot is intended to i) acknowledge a cancer cell, ii) destroy it, and then iii) forward data about the presence of cancer formation to other nanorobots, through acoustic signals. The selection of acoustic waves as communication mean is connected to the application context, where it is not advisable either to use indiscriminate chemical substances or electromagnetic waves. The effectiveness of the proposed approach is assessed in terms of accomplishment of the target (i.e., to destroy the bulk of tumor cells), and the velocity of detection and destruction of cancer cells, through a comparison with alternative related techniques.