4G Enabled PhoneBot with Cloud based SLAM

P. Sasithong, Y. M. Myint, Chalita Kriangprapakit, Chalermporn Kertiopas, Irfan Ullah, L. Wuttisittikulkij, T. Loetchaipitak, Kittaphas Chaipirawat, R. Chancharoen, M. Saadi
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Abstract

It is expected that robots will be performing variety of tasks in near future which will help easing the burdens from humans. Robots applications are limitless, map generation and locations are no exception to it. In this paper, we have developed a PhoneBot which uses off-the-shelf mobile phone and LidarBot. LidarBot is equipped with internet via available cellular network. PhoneBot has the potential to sense the environment and based on the sensing creates a map for localization. Not only this, PhoneBot can also handle the dynamic environments and updated the maps in the cloud after sometime. Our results show that the PhoneBot can successfully creates a map of an unknown indoor location and can respond to the dynamically changing nature of the maps. Finally, it is important to mention here that the proposed PhoneBot has the least dimensions when compared with other SLAM robots.
支持4G的PhoneBot与基于云的SLAM
预计在不久的将来,机器人将执行各种任务,这将有助于减轻人类的负担。机器人的应用是无限的,地图生成和定位也不例外。在本文中,我们开发了一个使用现成的手机和LidarBot的PhoneBot。LidarBot通过可用的蜂窝网络配备了互联网。PhoneBot具有感知环境的潜力,并基于感知创建定位地图。不仅如此,PhoneBot还可以处理动态环境,并在一段时间后更新云中的地图。我们的研究结果表明,PhoneBot可以成功地创建未知室内位置的地图,并能对地图动态变化的性质做出反应。最后,值得一提的是,与其他SLAM机器人相比,所提出的PhoneBot具有最小的维度。
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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