Micro-strip Wearable Antenna » książka
Micro-strip Wearable Antenna
ISBN-13: 9783659215995 / Angielski / Miękka / 2014 / 56 str.
Rapid development in wireless communication promises to replace wired-communication networks in future, where the antennas play important role. Wearable antennas made a new trend by avoiding wireless communication use of physical connection with wearable electronic devices. A wearable antenna means that it is meant to be as part of the clothing. The requirements for wearable antenna are light-weight, small and robust. In addition dual or even multi-band antenna operation at selected frequency bandwidths reduce the need of many different antenna elements in clothing.EBG structures are usually realized by periodic arrangement of dielectric materials and metallic conductors. Electromagnetic band gap (EBG) structures and their applications in antennas have become a new research direction in the antenna community. It was first proposed to respond to some antenna challenges in wireless communications. For example, how can we suppress surface waves in the antenna ground plane and design an efficient low profile wire antenna near a ground plane with increase in gain of an antenna. The solution is the discovery of EBG structures has revealed promising solutions to the above problems.
Rapid development in wireless communication promises to replace wired-communication networks in future, where the antennas play important role. Wearable antennas made a new trend by avoiding wireless communication use of physical connection with wearable electronic devices. A wearable antenna means that it is meant to be as part of the clothing. The requirements for wearable antenna are light-weight, small and robust. In addition dual or even multi-band antenna operation at selected frequency bandwidths reduce the need of many different antenna elements in clothing.EBG structures are usually realized by periodic arrangement of dielectric materials and metallic conductors. Electromagnetic band gap (EBG) structures and their applications in antennas have become a new research direction in the antenna community. It was first proposed to respond to some antenna challenges in wireless communications. For example, how can we suppress surface waves in the antenna ground plane and design an efficient low profile wire antenna near a ground plane with increase in gain of an antenna. The solution is the discovery of EBG structures has revealed promising solutions to the above problems.
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