By Peter S. Hall, University of Birmingham, and Yang Hao, Queen Mary College, University of London, Editors
Now in a newly up to date and revised version, this well timed source will give you whole and present info at the idea, layout, and purposes of instant antennas for on-body digital platforms. the second one variation deals readers fresh fabric on advances in actual phantom layout and creation, contemporary advancements in simulation tools and numerical phantoms, descriptions of equipment for simulation of relocating our bodies, and using the physique as a transmission channel. you furthermore mght discover a thoroughly revised bankruptcy on channel characterization and antenna layout at microwave frequencies.
This state of the art quantity brings you the cutting-edge in latest functions like Bluetooth headsets including precise remedy of ideas, instruments, and demanding situations in constructing on-body antennas for an array of scientific, emergency reaction, legislation enforcement, own leisure, and army functions at the horizon. The booklet briefs you on power propagation round and into the physique and the way to estimate functionality of on-body instant hyperlinks, after which dives into the nuts-and-bolts of designing antenna platforms that carry the products. It covers on-body communique channels at microwave frequency bands and at low frequency bands, in addition to extremely wideband structures for WPANs and WBANs.
You get information on body-centric UWB antennas and channels, in addition to advances in wearable cellular, EBG, and shrewdpermanent textile antennas for mobile and WLAN communications. Chapters on telemedicine purposes, akin to distant diagnoses, and implantable scientific units hide the most important propagation matters and different stumbling blocks that have to be addressed. Rounding out the insurance is a piece on antenna layout for body-sensor networks and their rising army and area functions. jam-packed with hands-on suggestions from famous specialists, this quantity might be quintessential to your efforts in designing and bettering body-centric verbal exchange systems.
Contents: advent to Body-Centric instant Communications. Electromagnetic homes and Modeling of the Human physique. On-Body conversation Channels at Microwave Frequency Bands.
Transmission Mechanism of the Wearable units utilizing the Human physique as a Transmission Channel. physique Centric UWB Communications. Wearable Antennas for mobile and WLAN Communications. Body-Sensor Networks for area and army purposes. Antennas and Propagation for Telemedicine and Telecare: On-Body structures. Antennas and Propagation for Telemedicine: Implant structures. precis.
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Extra resources for Antennas and Propagation for Body-Centric Wireless Communications. Second Edition
The wireless ECG patch measures a bipoloar ECG signal between two electrodes separated by a distance varying for 3 to 4 cm. The ultralow-power consumption of the ASIC allows it to maintain the overall power consumption of the system relatively low (around 2 mA). 1. 2. 4 shows an example. The Medtronic MiniMed Paradigm REAL-Time Revel System  has a glucose sensor integrated with a wireless communications link at one position on the stomach of the patient and a glucose pump system at another for real-time diabetes control.
P. , P. S. Hall, M. C. Ward, Y. Hao, and A. Alomainy, “Communications for In-body Microsensor Applications,” International Workshop on Wearable and Implantable Body Area Networks, Cambridge, MA: Media Lab, MIT, April 2006. , and P. Agrawal, “Architecture and Performance of an Embedded IP Bluetooth Personal Area Network,” 2000 IEEE International Conference on Personal Wireless Communications, December 2000, pp. 75–79. , C. A. Corral, S. Emami, S. Sibecas, G. Rasor, and R. Kipp, “Composite Antenna Pattern for Realistic Ray Tracing Simulations,” IEEE Antennas and Propagation Society International Symposium, 2003.
In 1986 . Other early reports summarized specific resistance of tissues  and tabulated the dielectric properties of tissues in the frequency range 10 kHz to 10 GHz . A historical perspective was given in , which was extended including more recent data (to 1990) in . A recent comprehensive study is described in . One of the most difficult problems associated with the determination of tissue parameters is that of obtaining samples. It is not possible to make measurements on live tissue; this is because the measuring device needs to be in contact with the tissue.