Implementation, Measurement, and Analysis of Cycling Environment for a Bicycle Navigation Application

Implementation, Measurement, and Analysis of Cycling Environment for a Bicycle Navigation Application
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自行车导航应用的骑行环境的实现、测量和分析

DOI:
10.1109/icce56470.2023.10043186
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发表时间:
2023
期刊:
2023 IEEE International Conference on Consumer Electronics (ICCE)
影响因子:
--
通讯作者:
Ryuta Yamaguchi
Ryuta Yamaguchi
中科院分区:
--
文献类型:
--
作者:
Keisuke Murashige;Yoshiyuki Kido;Shinji Shimojo;Hideto Yano;Tomoki Yoshihisa;Yukiko Kawai;Ryuta Yamaguchi

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大多数自行车导航应用程序基于最短路线推荐路线,而不考虑可能与骑自行车者相关的环境条件。本研究的目的是开发一个自行车导航应用程序,建议路线的基础上,从自行车收集的骑自行车的环境数据。我们实现了一个测量和分析循环环境数据的原型机制。我们关注的环境条件是阳光条件和道路上的不规则性,我们测量了智能手机传感器的数据。测量的数据被传输到服务器,用于分析骑车位置是在阳光下还是在阴影下,以及是否存在任何道路不规则。在确定日照条件的过程中,将照度的时间序列数据归一化,然后应用阈值。
Most bicycle navigation applications recommend routes based on the shortest route without considering environmental conditions that might be relevant to cyclists. This study aimed to develop a bicycle navigation application that recommends routes based on cycling environment data collected from bicycles. We implemented a prototype mechanism for measuring and analyzing the cycling environment data. The environmental conditions we focused on were sunlight conditions and irregularities on the road, and we measured data from smartphone sensors. Measured data are transmitted to a server for analysis as to whether a cycling location is in the sun or shade, and whether there are any road irregularities. In the process of determining the sunlight conditions, the time-series data of the illuminance are normalized and then a thresholding value is applied.
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