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Identifying multi-view patterns with hierarchy and granularity based multimodal (HGM) cogntive model

机译:用层次结构和基于粒度的多模式(HGM)认知模型识别多视图模式

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Humans perceive entities such as objects, patterns, events, etc. as concepts, which are the basic units in human intelligence and communications. In addition, perceptions of these entities could be abstracted and generalised at multiple levels of granularity. In particular, such granulation allows the formation and usage of concepts in human intelligence. Such natural granularity in human intelligence could inspire and motivate the design and development of pattern identification approach in Data Mining. In our opinion, a pattern could be perceived at multiple levels of granularity and thus we advocate for the co-existence of hierarchy and granularity. In addition, granular patterns exist across different sources of data (mul-timodality). In this paper, we present a cognitive model that incorporates the characteristics of Hierarchy, Granularity and Multimodality for multi-view patterns identification in crime domain. Such framework is implemented with Growing Self Organising Maps (GSOM) and some experimental results are presented and discussed.
机译:人类认为对象,模式,事件等的实体作为概念,这是人类智能和通信中的基本单位。此外,对这些实体的看法可以在多水平的粒度下抽象和广义。特别地,这种造粒允许在人类智能中形成和使用概念。人类智能的这种自然粒度可以激发和激励数据挖掘模式识别方法的设计和发展。在我们看来,可以在多个粒度级别的粒度中被认为是一种模式,因此我们倡导了等级和粒度的共存。此外,不同数据源(MUL-TimoDality)存在粒度模式。在本文中,我们提出了一种认知模型,其包括在犯罪领域中的多视图模式识别的多视图模式的层级,粒度和多模的特征。这种框架是利用生长的自组织地图(GSOM)和一些实验结果来实现,并讨论了一些实验结果。

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