Abstract
Intrabody Communications (IBC) is a technique that uses the human body as a transmission medium for electri- cal signals, thereby providing an efficient communication cha- nnel for Body Sensor Networks (BSN). Nevertheless, a metho- dology for IBC experimentation that reduces the disparity bet- ween authors’ outcomes and helps to develop standardized IBC prototypes is still required. With the purpose of obtaining a first approach to the harmonization of IBC measurements, two set- ups for both galvanic and capacitive coupling have been imple- mented in this work. A comparative study addressing key para- meters such as frequency range, type of electrodes and ground- ing strategies has been carried out to obtain some practical rules to tackle IBC performance.
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