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Spatial reasoning about qualitative shape compositions

机译:定性形状组成的空间推理

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Shape composition is a challenge in spatial reasoning. Qualitative Shape Descriptors (QSD) have proven to be rotation and location invariant, which make them useful in spatial reasoning tests. QSD uses qualitative representations for angles and lengths, but their composition operations have not been defined before. In this paper, the Qualitative Model for Angles (QMAngles) and the Qualitative Model for Lengths (QMLengths) are presented in detail by describing their arity, reference systems and operators. Their operators are defined taking the well-known temporal model by Allen (Commun. ACM 26(11), 832-843 (1983). 10.1145/182.358434) as a reference. Moreover, composition tables are built, and the composition relations of qualitative angles and lengths are proved using their geometric counterparts. The correctness of these composition tables is also proved computationally using a logic program implemented using Swi-Prolog.
机译:形状组成是空间推理中的挑战。定性形状描述符(QSD)已被证明是旋转和位置不变,这使得它们在空间推理测试中有用。 QSD使用定性表示角度和长度,但之前尚未定义其组成操作。在本文中,通过描述其ARITING,参考系统和运营商,详细介绍了角度(Qmangles)的定性模型和长度(QML长)的定性模型。他们的运营商定义通过Allen(Communce。ACM 26(11),832-843(1983)。10.1145 / 182.358434)作为参考。此外,建造了组成表,并使用它们的几何对应物证明了定性角度和长度的组成关系。还使用使用SWI-Prolog实现的逻辑程序计算这些组成表的正确性。

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