An in-body sensor network is that in which at least one of the sensors is located inside the
human body. Such wireless in-body sensors are used mainly in medical applications …

The Internet of Bodies (IoBs) is an imminent extension to the vast Internet of Things domain,
where interconnected devices (eg, worn, implanted, embedded, swallowed, etc.) are located …

Wireless capsule endoscopy (WCE) is used for imaging and diagnosing diseases in the
gastrointestinal (GI) system. The location of the disease detected by WCE is still an important …

In this paper, the UWB channel characterization is presented considering stationary and
mobility scenarios in an indoor environment based on data collected through time domain …

Results about the problem of accurate ranging within the human body using ultra‐wideband
signals are shown. The ability to accurately measure the range between a sensor implanted …

Characterization of human body channel is a necessity to pave way for the practical
implementation of implant communication. Considering there are few investigations on the …

We report on the results of our investigations into more computationally efficient methods for
propagation modeling in the implant environment through the use of neural networks. Our …

Sophisticated medical implants that allow vital information delivery to/from the human body
are opening the door to novel approaches in diagnosis and/or therapy of various health …

In-body sensor networks are those networks where at least one of the sensors is located
inside the human body. Such wireless in-body sensors are mainly used for medical …

We consider the problem of accurate in-body ranging for localization of a wireless capsule
endoscope utilizing ultra-wide band (UWB) signaling. In this context, we explore the joint …