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LESAR: Localization System for Environmental Sensors using Augmented Reality

机译:LESAR:使用增强现实技术的环境传感器定位系统

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With the rapid development of IoT (Internet of Things) technology, numerous sensors are being deployed to the smart society with the integration of IoT services. Since the collected sensor data reflect the current status of the surrounding environment, determining accurate positions for sensors is crucial from the stage of setting the sensors to realize meaningful sensor data analysis. In this paper, we propose LESAR, a localization system for environmental sensing using augmented reality. LESAR uses a smartphone camera with the AR (Augmented Reality) function to measure the distances between sensors, while the ID of each sensor is identified simultaneously by analyzing the collected Bluetooth signals. The vision-based approach used can enable three-dimensional localization through the simple use of a smartphone.
机译:随着物联网(IoT)技术的飞速发展,随着物联网服务的集成,众多传感器被部署到智能社会。由于收集的传感器数据反映了周围环境的当前状态,因此从设置传感器的阶段开始,为传感器确定准确的位置至关重要,以实现有意义的传感器数据分析。在本文中,我们提出了LESAR,这是一种使用增强现实技术的环境传感定位系统。 LESAR使用具有AR(增强现实)功能的智能手机相机来测量传感器之间的距离,同时通过分析收集的蓝牙信号同时识别每个传感器的ID。所使用的基于视觉的方法可以通过简单地使用智能手机来实现三维定位。

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