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首页> 外文期刊>The Journal of Navigation >Adaptive Road Candidates Search Algorithm for Map Matching by Clustering Road Segments
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Adaptive Road Candidates Search Algorithm for Map Matching by Clustering Road Segments

机译:基于路段聚类的自适应道路候选搜索算法

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摘要

Map matching is an important algorithm for any location-based service, especially in navigation and tracking systems and services. Identifying the relevant road segments accurately and efficiently, given positioning data, is the first and most important step in any map matching algorithm. This paper proposes a new approach to searching for road candidates by clustering and then searching road segments through a constructed hierarchical clustering tree, rather than using indexing techniques to query segments within a fixed search window. A binary tree is created based on the hierarchical clustering tree and adaptive searches are conducted to identify candidate road segments given GPS positions. The approach was validated using road maps with different scales and various scenarios in which moving vehicles were located. Both theoretical analysis and experimental results confirm that the proposed approach can efficiently find candidate road segments for map matching.
机译:地图匹配是任何基于位置的服务(尤其是在导航和跟踪系统及服务中)的重要算法。在给定定位数据的情况下,准确有效地识别相关路段是任何地图匹配算法中的第一步,也是最重要的一步。本文提出了一种通过聚类然后通过构造的层次聚类树搜索路段的新方法,而不是使用索引技术来查询固定搜索窗口中的路段。基于分层聚类树创建二叉树,并进行自适应搜索以在给定GPS位置的情况下识别候选路段。使用具有不同比例的路线图以及移动车辆所处的各种场景对这种方法进行了验证。理论分析和实验结果均证实,该方法可以有效地找到用于地图匹配的候选路段。

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