The effect of body shape and gender on wireless Body Area Network on-body channels

Fabio Di Franco, Nick F. Timmons, Marek Bykowski, Christos Tachtatzis, Fabio Di Franco, Ben Graham, David C. Tracey, Jim Morrison

    Research output: Contribution to conferencePaper

    18 Citations (Scopus)

    Abstract

    Technological advancements have made possible the emergence of Body Area Networks (BANs). There are numerous on-body channel characterizations in the literature performed on a phantom or a single human subject. In this paper, using multiple subjects, we consider the effect of body shape and gender on the on-body channel. A characterization of a narrowband on-body to on-body channel among different subjects is presented. The paper investigates the relationship between the propagation and the subject's physical characteristics. The investigation is performed at 2360 MHz; the new medical band undergoing FCC approval. Our results show that the path loss in women is less than that in men and the level of fade is usually higher in men than women. They also show that involuntary movements along with respiration cause small-scale fading that follows the Rice distribution.
    Original languageEnglish
    Publication statusPublished - 2010

    All Science Journal Classification (ASJC) codes

    • Hardware and Architecture
    • Electrical and Electronic Engineering

    Cite this

    Di Franco, F., Timmons, N. F., Bykowski, M., Tachtatzis, C., Di Franco, F., Graham, B., ... Morrison, J. (2010). The effect of body shape and gender on wireless Body Area Network on-body channels.

    The effect of body shape and gender on wireless Body Area Network on-body channels. / Di Franco, Fabio; Timmons, Nick F.; Bykowski, Marek; Tachtatzis, Christos; Di Franco, Fabio; Graham, Ben; Tracey, David C.; Morrison, Jim.

    2010.

    Research output: Contribution to conferencePaper

    Di Franco, F, Timmons, NF, Bykowski, M, Tachtatzis, C, Di Franco, F, Graham, B, Tracey, DC & Morrison, J 2010, 'The effect of body shape and gender on wireless Body Area Network on-body channels'.
    Di Franco F, Timmons NF, Bykowski M, Tachtatzis C, Di Franco F, Graham B et al. The effect of body shape and gender on wireless Body Area Network on-body channels. 2010.
    Di Franco, Fabio ; Timmons, Nick F. ; Bykowski, Marek ; Tachtatzis, Christos ; Di Franco, Fabio ; Graham, Ben ; Tracey, David C. ; Morrison, Jim. / The effect of body shape and gender on wireless Body Area Network on-body channels.
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    abstract = "Technological advancements have made possible the emergence of Body Area Networks (BANs). There are numerous on-body channel characterizations in the literature performed on a phantom or a single human subject. In this paper, using multiple subjects, we consider the effect of body shape and gender on the on-body channel. A characterization of a narrowband on-body to on-body channel among different subjects is presented. The paper investigates the relationship between the propagation and the subject's physical characteristics. The investigation is performed at 2360 MHz; the new medical band undergoing FCC approval. Our results show that the path loss in women is less than that in men and the level of fade is usually higher in men than women. They also show that involuntary movements along with respiration cause small-scale fading that follows the Rice distribution.",
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    AU - Di Franco, Fabio

    AU - Timmons, Nick F.

    AU - Bykowski, Marek

    AU - Tachtatzis, Christos

    AU - Di Franco, Fabio

    AU - Graham, Ben

    AU - Tracey, David C.

    AU - Morrison, Jim

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    AB - Technological advancements have made possible the emergence of Body Area Networks (BANs). There are numerous on-body channel characterizations in the literature performed on a phantom or a single human subject. In this paper, using multiple subjects, we consider the effect of body shape and gender on the on-body channel. A characterization of a narrowband on-body to on-body channel among different subjects is presented. The paper investigates the relationship between the propagation and the subject's physical characteristics. The investigation is performed at 2360 MHz; the new medical band undergoing FCC approval. Our results show that the path loss in women is less than that in men and the level of fade is usually higher in men than women. They also show that involuntary movements along with respiration cause small-scale fading that follows the Rice distribution.

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