This paper proposes a novel, low-profile UWB antenna for wireless body area network
(WBAN) applications. The antenna has a polarization perpendicular to the body-free-space …

Electromagnetic simulation-based channel modeling is presently considered as a promising
option for wireless body area network (WBAN) channel modeling. The benefits of simulation …

Over the past decades ultra wideband antennas have attracted the attention of the scientific
community due to their wide variety of applications such as body area networks, radar …

This paper presents a path loss model for an ultra wideband (UWB) wireless body area
network (WBAN) on-body communication. The modelling is based on the static frequency …

This letter reports the shadowing effects of a human body on dynamic ultrawideband on-
body radio links. A vector network analyzer is used to sweep the 3-5-GHz frequency band in …

The design of a compact, wideband flexible monopole antenna printed on a flexible Kapton
polyimide substrate is presented. The proposed antenna consists of two rhombic elements …

UWB systems have been proposed as a candidate for the next generation of in-body
applications. In order to perform reliable UWB channel measurements, implantable …

WBAN has been gaining wide interest as it enables continuous and real-time monitoring of
applications like healthcare, sports, entertainment and military. IEEE 802.15. 6 is the IEEE …

This paper presents a simulation based study on the impact of the antenna-body distance on
the ultra wideband (uwb) on-body radio channel characteristics. The antenna used in this …

Antennas for off-body wearable applications needs to be flexible and its electrical
characteristics should be stable in different body postures, different bending or stretching …