Enabling Large-Scale Road Data Acquisition with an Easy-to-Install and Sustainable Setup

Luyang Liu
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引用次数: 1

Abstract

In this paper, we propose an easy-to-install and sustainable setup for BigRoad, a system that supports driving and road data acquisition using COTS devices such as smartphones and IMUs. The in-vehicle setup includes energy harvesting modules and a low power motion-based switch to keep the system running for a sufficiently long time without human operations. The device calibration mechanism makes the system independent of vehicle models, steering wheel positions and IMU placements. The system could further leverage infrastructures in the vehicle to design an energy-efficient method for unusual events detection.
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通过易于安装和可持续的设置,实现大规模道路数据采集
在本文中,我们为BigRoad提出了一个易于安装和可持续的设置,该系统支持使用智能手机和imu等COTS设备进行驾驶和道路数据采集。车载装置包括能量收集模块和一个低功率的基于运动的开关,以保持系统在没有人工操作的情况下运行足够长的时间。装置校准机构使系统独立于车型、方向盘位置和IMU位置。该系统可以进一步利用车辆的基础设施来设计一种节能的方法来检测异常事件。
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Proceedings of the 2017 Workshop on MobiSys 2017 Ph.D. Forum Session details: Mobile Systems Session details: Wireless Communication and Security A Context-driven Energy Assessment for Energy-aware Development of Mobile Sensing Applications Toward Battery-free Smart Cameras
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