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Understanding and Visualisation of Geographic Mesh Similarity by Trajectory Data and Gaussian Process Modelling

机译:通过轨迹数据和高斯过程建模对地理网格相似性的理解和可视化

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摘要

A new concept is proposed of estimating mesh similarity based on trajectory data. The model is formulated as an unsupervisedlearning method using a type of Gaussian process on a continuous coordinate system. This allows for the features of meshes andtrajectories to be determined as the estimated latent coordinates that are different from geographic ones. The similarities ofmeshes and trajectories are represented through those of coordinates. In addition, this allows for easy visualisation. Afterintroducing the coordinate estimation method with a type of Markov Chain Monte Carlo approach, the proposed method wasverified using actual trajectory data from the city of Sendai, Japan.
机译:提出了一种基于轨迹数据估计网格相似度的新概念。该模型在连续坐标系上使用一种高斯过程被公式化为一种无监督的学习方法。这允许将网格和轨迹的特征确定为与地理坐标不同的估计潜在坐标。网格和轨迹的相似性通过坐标表示。另外,这使可视化变得容易。在引入一种类型的马尔可夫链蒙特卡洛方法的坐标估计方法后,使用来自日本仙台市的实际轨迹数据对提出的方法进行了验证。

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