Davilis Yiannis, Kalis Antonis, Ifantis Antonis
Athens Information Technology, Athens 19002, Greece.
IEEE Trans Inf Technol Biomed. 2010 May;14(3):650-6. doi: 10.1109/TITB.2009.2039755. Epub 2010 Jan 29.
In this paper, the problem of wireless communications in human tissue is addressed for biosensor network applications. Today's offered solutions involve the usage of RF communication systems, which have shown to provide adequate performance to ensure proper network functionality. Yet they do not ensure that human tissue is not harmfully affected. In order to overcome this issue, we propose the use of ultrasonic waves for wireless communications in biosensor networks, motivated by the fact that, in contrast to electromagnetic waves, ultrasound has been used for almost a century now for medical purposes without any reported side effects. A simple propagation model is used to evaluate ultrasonic waves as a communication medium, study the feasibility of our proposal, the effective bit rates that may be achieved, the power efficiency of the scheme, as well as other system issues.
本文针对生物传感器网络应用,探讨了人体组织中的无线通信问题。目前提供的解决方案涉及射频通信系统的使用,该系统已显示出能提供足够的性能以确保网络正常运行。然而,它们并不能确保人体组织不受有害影响。为了克服这个问题,我们提出在生物传感器网络中使用超声波进行无线通信,这是因为与电磁波不同,超声波用于医疗目的已有近一个世纪,且没有任何副作用的报道。我们使用一个简单的传播模型来评估超声波作为通信介质的情况,研究我们提议的可行性、可能实现的有效比特率、该方案的功率效率以及其他系统问题。