Interfacing of Molecular Communication System With Various Communication Systems Over Internet of Every Nano Things

The communication system for health-monitoring applications is a substantial research area considering its practical limitations. One of the potential suggested technologies is the Internet of Every Nano Things (IoENT). Through this work, we demonstrate the different aspects of interfacing of molecular communication (MC) with other nano-communication systems, such as human body communication (HBC), acoustic communication (AC), and tera-Hertz (Thz) communication systems for IoENT. Moreover, we also emphasized eclectic possibilities and various issues related to the applications of IoENT. First, we explored each of the nano-communication systems in detail by showing their mathematical frameworks. Subsequently, we are also concerned about different ways to interface MC with other nano-communication systems, one-by-one. In the end, we also discuss various likely challenges and possible future directions, e.g., availability of devices, mobility of devices and synchronization, etc., in the context of interfacing of diverse technologies.

Automated summary

The communication system for health-monitoring applications is a significant research area, and the Internet of Every Nano Things (IoENT) is a potential technology in this field. This work demonstrates the interface between molecular communication (MC) and other nano-communication systems in IoENT, such as human body communication (HBC), acoustic communication (AC), and tera-Hertz (Thz) communication systems. It also highlights the various possibilities and issues related to IoENT applications.