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Predictive Indexing for Position Data of Moving Objects in the Real World

机译:现实世界中移动物体位置数据的预测索引

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This paper describes a spatial-temporal indexing method for moving objects with a technique to predict future motion positions of moving objects. To build efficient index structure, we had an experiment to analyze practical moving objects, such as people walking in a hall. As the result, we found that any moving objects can be classified to just three types of motion characteristics; 1) staying, 2) straight moving, and 3) random walking. Indexing systems can predict accurate future positions of each object based on our found characteristics, moreover, the index structure can reduce the cost to update MBRs in spatial-temporal data structure. To show an advantage of our prediction method to previous works, we had an experiment to evaluate performance of each prediction method.
机译:本文介绍了一种用于预测运动对象未来运动位置的技术的运动对象时空索引方法。为了建立有效的索引结构,我们进行了一项实验来分析实际的移动物体,例如走在大厅里的人。结果,我们发现任何运动物体都可以归为三种类型的运动特征。 1)停留,2)笔直移动和3)随机行走。索引系统可以根据我们发现的特征预测每个对象的准确未来位置,此外,索引结构可以减少更新时空数据结构中MBR的成本。为了显示我们的预测方法比以前的作品更具优势,我们进行了一项实验来评估每种预测方法的性能。

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