Step Counting Navigation Assistant

S. Vemuri, Y. V, Prudhvi Raj. Y, Nandi Vardhan H. R.
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Abstract

Navigation is an emerging field and in the recent past extensive research is being carried out. Navigation can be broadly differentiated into Indoor Navigation and Outdoor Navigation[1]. Outdoor Navigation immediately recollects of the one with GPS which is most popularly used these days. Absence of such a technology would probably lose the entire world as its importance has been world widely proved by lot many. GPS doesn’t function appropriately indoor because of which an alternate solution is necessary. The key idea of this step counting assistant which works on accelerometer and gyroscopic sensor is to track the path been walked upon which is further projected to a robot that can help in household managements i.e., cleaning the room, watering in the garden, accessing the household appliances and controlling them. It can also be used outdoor where GPS footprint is quite less like in deep jungles, uneven lands, too many of irregular steps, etc. Many people these days use handy objects such as wristbands, step counting apps, etc. This assistant can also serve the same purpose. Existing step detection techniques, both hardware and software, does not satisfactorily cater the accuracies demanded by localization systems especially at low walking speeds observed in natural walking.
步数计数导航助手
导航是一个新兴的领域,在最近的过去进行了广泛的研究。导航大致可分为室内导航和室外导航[1]。户外导航立刻让人想起了最近最常用的GPS。没有这样的技术可能会失去整个世界,因为它的重要性已经被世界各地的许多人证明了。GPS在室内不能正常工作,因此需要另一种解决方案。这个步数助手的关键思想是通过加速度计和陀螺仪传感器来跟踪人们走过的路径,并将其进一步投射到一个机器人上,这个机器人可以帮助进行家庭管理,比如打扫房间、给花园浇水、打开家用电器并控制它们。它也可以在室外使用,GPS足迹相当少,如在丛林深处,不平坦的土地,太多不规则的台阶等。现在很多人都使用手环、计步器等方便的工具。这个助手也可以达到同样的目的。现有的步长检测技术,无论是硬件还是软件,都不能很好地满足定位系统对精度的要求,特别是在自然行走中观察到的低行走速度下。
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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