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TOWARDS COMPOSABLE LOCATION MODELS IN UBIQUITOUS COMPUTING APPLICATIONS

机译:在UBIQUITOUS计算应用程序中实现可组合的位置模型

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摘要

The state of the art in location models falls short to adapt to new requirements such as composition and integration of maps. Composing and integrating maps are typical operations we want to apply when we deal with ubiquitous computing applications because they evolve permanently (i.e. to add location information of new cities, buildings, means of transport, etc.). We propose a novel approach that by abstracting some concepts such as located objects and locations, can result in more flexible models, therefore allowing dynamic composition and integration of maps. With this approach, it is also possible to combine different location representations, making applications easier to extend.
机译:位置模型的最新技术水平不足以适应新的要求,例如地图的组成和集成。合成和整合地图是我们在处理无处不在的计算应用程序时要应用的典型操作,因为它们会不断发展(即添加新城市,建筑物,交通方式等的位置信息)。我们提出了一种新颖的方法,该方法可以通过抽象化一些概念(例如定位的对象和位置)来生成更灵活的模型,从而实现地图的动态合成和集成。通过这种方法,还可以组合不同的位置表示,从而使应用程序更易于扩展。

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