The beacon identification using low pass filter for Physical Web based IoT services

Byeong-uk Lee, Sun-young Im, Seungwoon Lee, Bosung Kim, B. Roh, Young-Bae Ko
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引用次数: 1

Abstract

Various Internet of Things (IoT) Platforms are currently announced by major IT companies. Google also announced IoT open-sourced platform project which called as Physical Web. If Physical Web is released to the IoT marketplace, a number of beacons would be in demand because each service requires at least one beacon for connectivity. Small area which set multiple beacons are set up occur interference each other. So it should be considered to identify accurately which beacon broadcasts the signals. The device based on Physical Web identifies priority of beacons through distance using Received Signal Strength Indicator (RSSI). In this paper, we prove the limit of current beacon identification for Physical Web. Also we suggest the improvement of beacon identification using low pass filter in the small area. To verify that proposed idea is applicable in real life, we model the service called ALLFIT which is built with physical web in small area. Therefore, the proposed idea is expected to be a key role in IoT service architecture.
基于物理Web的物联网服务使用低通滤波器的信标识别
目前,各大IT公司推出了各种各样的物联网(IoT)平台。谷歌还宣布了物联网开源平台项目,称为物理网络。如果物理Web发布到物联网市场,将需要大量的信标,因为每个服务至少需要一个信标进行连接。小范围内设置多个信标时,会发生相互干扰。因此,应该考虑准确识别哪个信标发出信号。基于物理Web的设备通过接收信号强度指示器(Received Signal Strength Indicator, RSSI)通过距离来确定信标的优先级。本文证明了当前物理Web信标识别的局限性。提出了在小范围内使用低通滤波器改进信标识别的方法。为了验证所提出的想法在现实生活中的适用性,我们对在小区域内建立物理网络的ALLFIT服务进行了建模。因此,所提出的想法有望在物联网服务架构中发挥关键作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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