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Human body communication (HBC) is expected to become a unique man-machine interface because the transmission path is established only when the user touches the target device. In this study, HBC between a stationary device and a wearable device worn on the wrist was investigated. Transmission characteristics between the devices and electric field around the human body model were calculated by electromagnetic...
In this study, we investigated the electric field distribution and transmission characteristics between a stationary device and an arm-mounted wearable human body communication device including earth ground. The results showed that when the stationary device signal electrode is excited, the electric field distribution around the legs and torso becomes weak when there is an earth ground as compared...
This paper proposed an in-vehicle application of human body communication as a form of communication technology that allows stable and low-energy communication within the vehicle. We investigated the transmission characteristics and electric field distribution between a wearable device attached to the driver's forearm and a transmitter mounted on the steering wheel. It was found that at a distance...
Human body communication is expected as a new human interface for communications among several persons. Thus, it is necessary to analyze the transmission characteristics between human bodies. In this paper, we compared the transmission characteristics between transmitter and receiver in the viewpoint of contact situation between two bodies. Moreover, the effect of receiver position on transmission...
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