Corona: Positioning Adjacent Device with Asymmetric Bluetooth Low Energy RSSI Distributions

Haojian Jin, Cheng Xu, Kent Lyons
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引用次数: 20

Abstract

We introduce Corona, a novel spatial sensing technique that implicitly locates adjacent mobile devices in the same plane by examining asymmetric Bluetooth Low Energy RSSI distributions. The underlying phenomenon is that the off-center BLE antenna and asymmetric radio frequency topology create a characteristic Bluetooth RSSI distribution around the device. By comparing the real-time RSSI readings against a RSSI distribution model, each device can derive the relative position of the other adjacent device. Our experiments using an iPhone and iPad Mini show that Corona yields position estimation at 50% accuracy within a 2cm range, or 85% for the best two candidates. We developed an application to combine Corona with accelerometer readings to mitigate ambiguity and enable cross-device interactions on adjacent devices.
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电晕:用不对称蓝牙低能量RSSI分布定位相邻设备
我们介绍了Corona,这是一种新的空间传感技术,通过检测不对称蓝牙低能量RSSI分布,隐式地定位相邻移动设备在同一平面上。潜在的现象是,偏离中心的BLE天线和不对称的射频拓扑在设备周围创建了一个特征的蓝牙RSSI分布。通过将实时RSSI读数与RSSI分布模型进行比较,每个设备可以推导出相邻设备的相对位置。我们使用iPhone和iPad Mini进行的实验表明,Corona在2厘米范围内的位置估计准确率为50%,对于最佳的两个候选位置估计准确率为85%。我们开发了一款应用程序,将Corona与加速度计读数结合起来,以减轻歧义,并在相邻设备上实现跨设备交互。
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