A 433 MHz antenna is proposed for integration with the insole of footwear for a body area network. The folded dipole design with an asymmetric groundplane radiates from its edges and considers the close proximity of the human foot and ground surfaces. It functions for different ground conductivity conditions and an on-body communication link with an Inverted F Antenna in the upper body area was evaluated on a static and dynamic human subject. The antenna solution was compliant with Specific Absorption Rate requirements, remains matched and links with upper-body nodes regardless of the body posture and node location
The effect of the human body on wearable off-body communication antennas is studied in the frequency...
This thesis provides novel contribution to the field of body-centric wireless communications (BCWC) ...
In this study, we mainly characterize the wearable antenna system for off-body communications with r...
A 433 MHz antenna is proposed for integration with the insole of footwear for a body area network. T...
Abstract — A 433 MHz antenna is proposed for integration with the insole of footwear for a body area...
Antennas designed to link footwear sensors within body centric networks are introduced with two smal...
Wearable technologies are found in an increasing number of applications including sport and medical ...
A UWB 6.0-8.5 GHz monopole antenna for mounting on the toebox area of footwear is designed using a ...
A footwear-centric body area network employing a directional antenna is compared with waist-centric ...
In this paper, three experiments with coupled dipoles were carried out in order to determine the opt...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
This thesis considers wearable antennas that are useful for body-centric communication systems. Nove...
This paper presents a printed antenna with a full ground plane, suitable for wearable armbands and o...
The robustness of wearable antennas to the human body proximity can be improved by properly placing ...
The effect of the human body on wearable off-body communication antennas is studied in the frequency...
This thesis provides novel contribution to the field of body-centric wireless communications (BCWC) ...
In this study, we mainly characterize the wearable antenna system for off-body communications with r...
A 433 MHz antenna is proposed for integration with the insole of footwear for a body area network. T...
Abstract — A 433 MHz antenna is proposed for integration with the insole of footwear for a body area...
Antennas designed to link footwear sensors within body centric networks are introduced with two smal...
Wearable technologies are found in an increasing number of applications including sport and medical ...
A UWB 6.0-8.5 GHz monopole antenna for mounting on the toebox area of footwear is designed using a ...
A footwear-centric body area network employing a directional antenna is compared with waist-centric ...
In this paper, three experiments with coupled dipoles were carried out in order to determine the opt...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
This thesis considers wearable antennas that are useful for body-centric communication systems. Nove...
This paper presents a printed antenna with a full ground plane, suitable for wearable armbands and o...
The robustness of wearable antennas to the human body proximity can be improved by properly placing ...
The effect of the human body on wearable off-body communication antennas is studied in the frequency...
This thesis provides novel contribution to the field of body-centric wireless communications (BCWC) ...
In this study, we mainly characterize the wearable antenna system for off-body communications with r...
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