Elevator Acceleration Sensing: Design and Estimation Recognition Algorithm Using Crowdsourcing

Tianhui Yang, K. Kaji, Nobuo Kawaguchi
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引用次数: 4

Abstract

In human activity sensing areas, we focus on elevator recognition using accelerometer. In this paper, our main challenge is to create an elevator acceleration recognition algorithm. In order to put this algorithm into real world use, This algorithm should be robust enough that can ignore the differences of the elevators, devices and subjects. To realize this aim, we build a crowdsourcing system which consists of an android application and a server. Android users can use this application to calculate elevator's moving distance. They can also upload elevators' accelerometer signals to the server, so we can get elevator acceleration data from all over the world. after publishing the system, we use the data we collected to build an elevator acceleration database. By using this database, we build a robust elevator recognition algorithm. we also use the features of elevators to distinguish them.
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电梯加速度传感:基于众包的设计与估计识别算法
在人类活动感知领域,我们主要研究利用加速度计识别电梯。在本文中,我们的主要挑战是创建一个电梯加速度识别算法。为了将该算法应用于现实世界,该算法必须具有足够的鲁棒性,可以忽略电梯、设备和主体的差异。为了实现这一目标,我们构建了一个由android应用程序和服务器组成的众包系统。Android用户可以使用此应用程序计算电梯的移动距离。他们还可以将电梯的加速度计信号上传到服务器,这样我们就可以获得来自世界各地的电梯加速度数据。在系统发布后,我们利用收集到的数据建立了电梯加速度数据库。利用该数据库,建立了鲁棒的电梯识别算法。我们也用电梯的特点来区分它们。
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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