首页> 外文会议>Information and Communication Technologies, 2006. ICTTA '06. 2nd >Distributed blackboard architecture for multi-spectral image interpretation based on multi-agent system
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Distributed blackboard architecture for multi-spectral image interpretation based on multi-agent system

机译:基于多智能体系统的分布式黑板结构用于多光谱图像解释

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For an interpretation system, a priori knowledge of the observed scene is necessary to identify objects and if necessary to determine their description. These objects are identified by comparing the extracted data from images to an a priori description of the object or object class. Therefore the use of an appropriate knowledge can efficiently reduce the complexity of matching image data to object descriptions due to different object classes, contexts and viewing conditions. Blackboard architectures are well suited to the task of selecting and applying the relevant knowledge to each situation as it is encountered. In this paper, we present a hierarchical approach based on the use of blackboard architecture and multiagent system and how to provide a convenient way for scene interpretation and modeling issued from a multispectral satellite image
机译:对于解释系统,必须对观察到的场景具有先验知识以识别对象,并在必要时确定其描述。通过比较从图像中提取的数据与对象或对象类别的先验描述,可以识别这些对象。因此,由于不同的对象类别,上下文和观看条件,使用适当的知识可以有效地降低将图像数据与对象描述匹配的复杂性。黑板体系结构非常适合在遇到各种情况时选择和应用相关知识的任务。在本文中,我们提出了一种基于黑板结构和多主体系统的分层方法,以及如何为从多光谱卫星图像发出的场景解释和建模提供方便的方法

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