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Representing And Manipulating Situation Hierarchies Using Situation Lattices

机译:使用情境格表示和操纵情境层次结构

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摘要

Situations, the semantic interpretations of context, provide a better basis for selecting adaptive behaviours than context itself. The definition of situations typically rests on the abilityto define logical expressions and inference methods to identify particular situations. In this paper we extend this approach to provide for efficient organisation and selection in systems with large numbers of situations having structured relationships to each other. We apply lattice theory to define a specialisation relationship across situations, and show how this can be used to improve the identification of situations using lattice operators and uncertain reasoning. We demonstrate the technique against a real-world dataset.
机译:情境(上下文的语义解释)为选择适应性行为提供了比上下文本身更好的基础。情境的定义通常取决于定义逻辑表达式和推理方法以识别特定情境的能力。在本文中,我们扩展了这种方法,以在具有大量相互之间具有结构关系的情况下的系统中提供有效的组织和选择。我们应用格理论来定义跨情境的特殊化关系,并展示如何使用格算子和不确定性推理来改善情境的识别。我们针对实际数据集演示了该技术。

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