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Shortest Path Algorithm in GIS network analysis Based on Clifford Algebra

机译:基于Clifford代数的GIS网络分析中的最短路径算法

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Based on Clifford algebra, a shortest path analysis algorithm is proposed in this paper. Dimensions free distance and intersection operators are defined in a homogeneous space. By using these operators, we extract the adjacency matrix automatically from geographical network data. Locally dynamical layer separation and shortest path query mechanism are constructed based on the outer product. The experiment on China National Highway Road data suggests that the algorithm is comparable in both result and computational performance, and with the potentiality to extend to higher dimensions.
机译:基于Clifford代数,提出了一种最短路径分析算法。自由尺寸和相交算子在同一个空间中定义。通过使用这些运算符,我们可以从地理网络数据中自动提取邻接矩阵。基于外积构造局部动力层分离和最短路径查询机制。在中国国家公路数据上的实验表明,该算法在结果和计算性能上均具有可比性,并且具有扩展到更高维度的潜力。

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