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Proximity mining: finding proximity using sensor data history

机译:邻近挖掘:使用传感器数据历史查找邻近

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Emerging ubiquitous and pervasive computing applications often need to know where things are physically located. To meet this need, many location-sensing systems have been developed, but none of the systems for the indoor environment have been widely adopted. We propose proximity mining, a new approach to build location information by mining sensor data. The proximity mining does not use geometric views for location modeling, but automatically discovers symbolic views by mining time series data from sensors which are placed in surroundings. We deal with trend curves representing time series sensor data, and use their topological characteristics to classify locations where the sensors are placed.
机译:普遍存在和普遍的计算应用程序通常需要知道物理位置的地方。为了满足这种需求,已经开发了许多位置传感系统,但是对于室内环境的系统没有广泛采用。我们提出了接近挖掘,通过挖掘传感器数据构建位置信息的新方法。接近挖掘不使用几何视图进行位置建模,但是通过从放置在周围环境的传感器中采集时间序列数据来自动发现符号视图。我们处理代表时间序列传感器数据的趋势曲线,并使用它们的拓扑特性来对放置传感器的位置进行分类。

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