temporal query and update 时态查询和索引更新
spatio-temporal query language 时空查询语言
spatial-temporal query condition query 时空查询条件
Spatio-temporal data query 时空数据查询
spatio-temporal range query 时空范围查询
Implicit temporal intent query 潜在时间意图查询
spatio-temporal continuous query 时空连续性查询
In this paper,we transform the temporal XML data into points and lines in the n-dimensional space and use the UB-tree to index them. A new algorithm for temporal query has been proposed based on the UB-tree index.
本文将时态XML文档转换到n维空间的节点和直线,使用UB-tree对这些n维空间的节点和直线进行索引,并针对时态查询提出了新的查询算法。
参考来源 - 使用UB·2,447,543篇论文数据，部分数据来源于NoteExpress
Therefore, we give our temporal query language GTSQL, where its syntax is given.
GTSQL便是我们提出的一个时态查询语言。本文给出了GTSQL的主要语法。
Additionally, visual efficiency of dynamic spatial variation has been improved by reasonable resource arrangement, high effective spatial-temporal query and dynamic cache mechanism.
通过合理的资源调配、高效时空索引和动态缓存机制来提高空间变化过程动态可视化的效率。
In a user defined time interval, the predictive continuous range query continuously returns moving objects that will appear in a spatial query range during a future temporal query interval.
预测性连续时空区域查询在用户指定的时间范围期间持续地返回给定未来查询时间范围期间将出现在查询区域的移动对象。
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