Propagation Characterization of Implantable Antenna at Uwb Frequency – A Review

Abstract

A technology of wireless body area network (WBAN) was invented in order to enhance the quality of healthcare management as well as to determine faster disease prevention. However, to obtain the real-time data of images and videos from inside the human body, an implantable device is required. Currently, the Medical Implant Communication System (MICS) is used, but, this system has limited data rate which is a narrow-band of 402 – 405 MHz. Thus, this study on Ultra Wideband (UWB) for implanted device is conducted as UWB offers a wide transmission bandwidth as well as high data rate. Knowledge of radio wave propagation behaviour inside human body is needed to perform the implantation. Past researches related to this topic are limited and those conducted focused only on the human torso. This paper aims to provide a better understanding on the characteristics of radio wave propagation inside the human body by using an implantable device at UWB frequency. It is also hoped that this study could be used as reference for future research on this subject.

Global Growth and Trends of In-Body Communication Research—Insight From Bibliometric Analysis

“…This is because they have the ability to penetrate the human body and provide valuable health-related data using the parameters mentioned above [37]. The design of UWB antennas for implantable devices presents three primary challenges: limited antenna dimensions for implantation, the need for bio-compatibility, and the requirement for electrical isolation from the human body [38].…”