This project is focused on planar antennas for on body communication. Project follows the concept of a self-adhesive antenna, which was published in [1]. The included report contains simulation results of the designed antenna, and compares them with results given in [1]. It describes the redesign of the antenna to the operation frequency 5.8 GHz for substrate Arlon 25N followed by subsequent conversion to the thin substrate FR4. The thesis also deals with antennas not only for on body communication but also for communication between the human body and the remote unit. Finally, the work contains measurement results of the reference antenna on the Arlon 25N substrate
Within the framework of the development of a wearable communications system for a sportsman, a texti...
WBAN has received great attention recently due to its versatile applicability. In this paper, antenn...
The emergence of Body Area Networks (BAN) in recent times has increased the interest of most researc...
This bachelor’s thesis is focused on designing and simulating several types of monopole and dipole t...
This work focuses on the design of a network for high-frequency communication on the human body. The...
This bachelor thesis is focused on circularly polarized button antenna on frequency selective surfac...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
This paper reports the results of the on-body experimental tests of a set of four planar differentia...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
As personal communications develop further, there is need to develop wearable antennas that can comm...
Abstract-This paper proposes a low profile on-body directional antenna, which suits for on-body syst...
The subject of this dissertation is the antennas of hand-portable and body-worn transceivers. The hu...
A compact size, dual-band wearable antenna for off-body communication operating at the both 2.45 and...
In this paper, a modified Alford loop antenna for on-body communication system is proposed. The prop...
International audienceThis chapter reports the recent progress made on antennas, phantoms, and bodyc...
Within the framework of the development of a wearable communications system for a sportsman, a texti...
WBAN has received great attention recently due to its versatile applicability. In this paper, antenn...
The emergence of Body Area Networks (BAN) in recent times has increased the interest of most researc...
This bachelor’s thesis is focused on designing and simulating several types of monopole and dipole t...
This work focuses on the design of a network for high-frequency communication on the human body. The...
This bachelor thesis is focused on circularly polarized button antenna on frequency selective surfac...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
This paper reports the results of the on-body experimental tests of a set of four planar differentia...
This paper highlights the considerations and challenges when designing antennas suitable for on-body...
As personal communications develop further, there is need to develop wearable antennas that can comm...
Abstract-This paper proposes a low profile on-body directional antenna, which suits for on-body syst...
The subject of this dissertation is the antennas of hand-portable and body-worn transceivers. The hu...
A compact size, dual-band wearable antenna for off-body communication operating at the both 2.45 and...
In this paper, a modified Alford loop antenna for on-body communication system is proposed. The prop...
International audienceThis chapter reports the recent progress made on antennas, phantoms, and bodyc...
Within the framework of the development of a wearable communications system for a sportsman, a texti...
WBAN has received great attention recently due to its versatile applicability. In this paper, antenn...
The emergence of Body Area Networks (BAN) in recent times has increased the interest of most researc...