Latticed Channel Model of Touchable Communication Over Capillary Microcirculation Network
Abstract
Recent progress on bioresorbable and bio-compatible miniature systems provides prospects for developing novel nanorobots operating inside the human body. These nanoscale systems are expected to dissolve in vivo and cause no side effect after completing their tasks. Motivated by these advancements, we have developed the analytical framework of touchable molecular communication (TouchCom) to describe the process of direct drug targeting (DDT)...
Paper Details
Title
Latticed Channel Model of Touchable Communication Over Capillary Microcirculation Network
Published Date
Oct 1, 2019
Volume
18
Issue
4
Pages
669 - 678
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