Body Implanted Medical Device Communications
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概要
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The medical care day by day and more and more is associated with and reliant upon concepts and advances of electronics and electromagnetics. Numerous medical devices are implanted in the body for medical use. Tissue implanted devices are of great interest for wireless medical applications due to the promising of different clinical usage to promote a patient independence. It can be used in hospitals, health care facilities and home to transmit patient measurement data, such as pulse and respiration rates to a nearby receiver, permitting greater patient mobility and increased comfort. As this service permits remote monitoring of several patients simultaneously it could also potentially decrease health care costs. Advancement in radio frequency communications and miniaturization of bioelectronics are supporting medical implant applications. A central component of wireless implanted device is an antenna and there are several issues to consider when designing an in-body antenna, including power consumption, size, frequency, biocompatibility and the unique RF transmission challenges posed by the human body. The radiation characteristics of such devices are important in terms of both safety and performance. The implanted antenna and human body as a medium for wireless communication are discussed over Medical Implant Communications Service (MICS) band in the frequency range of 402-405MHz.
- 2009-02-01
著者
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Kohno Ryuji
National Institute Of Information And Communications Technology
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Kohno Ryuji
National Inst. Of Information And Communications Technol. Yokosuka‐shi Jpn
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Yazdandoost Kamya
National Institute Of Information And Communications Technology (nict)
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Kohno Ryuji
National Institute Of Information And Communications Technology (nict)
関連論文
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- Overview of Research, Development, Standardization, and Regulation Activities in NICT UWB Project(Wide Band Systems)
- Development of Ultra-Wideband Short-Range Impulse Radar System for Vehicular Applications(Recent Devices, Circuits, and Systems for Millimeter-wave ITS Applications)
- Clear Channel Assessment in Ultra-Wideband Sensor Networks
- BS-9-4 Performance analysis of low rate WPAN for wearable medical applications
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- Standardization for Body Area Networks
- Low-Complexity Viterbi Equalizer for MBOK DS-UWB Systems(Coding, Ultra Wideband Systems)
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