A weight-based map matching method in moving objects databases

Huabei Yin, O. Wolfson
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引用次数: 143

Abstract

In location management, the trajectory represents the motion of a moving object in 3D space-time, i.e., a sequence (x, y, t). Unfortunately, location technologies, cannot guarantee error-freedom. Thus, map matching (a.k.a. snapping), matching a trajectory to the roads on the map, is necessary. We introduce a weight-based map matching method, and experimentally show that, for the offline situation, on average, our algorithm can get up to 94% correctness depending on the GPS sampling interval.
一种基于权重的移动目标数据库地图匹配方法
在位置管理中,轨迹代表了一个运动物体在三维时空中的运动,即一个序列(x, y, t)。不幸的是,位置技术不能保证无误差。因此,地图匹配(又名捕捉),将轨迹匹配到地图上的道路,是必要的。我们引入了一种基于权重的地图匹配方法,实验表明,在离线情况下,我们的算法在依赖GPS采样间隔的情况下,平均准确率可达94%。
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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