首页> 外文会议>International Conference on Spatial Information Theory: A theoretical Basis for GIS, COSIT'95, Semmering, Austria; September 21-23, 1995 >Overcoming the knowledge acquisition bottleneck in map generalization: the role of interactive systems and computational intelligence
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Overcoming the knowledge acquisition bottleneck in map generalization: the role of interactive systems and computational intelligence

机译:克服地图概括中的知识获取瓶颈:交互式系统和计算智能的作用

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摘要

Past research in cartographic generalization has shown that algorithmic methods are well suited to handle narrow tasks, but appear to have limited potential so solve the entire generalization process comprehensively. Attempts to use systems based on explicit knowledge representation (e.g., rule-based or expert systems) also had relatively little success. The major limiting factor to explicit knowledge systems in generalization is the scarcity of formalized knowledge available. That is, knowledge acquisition (KA) forms the major bottleneck to progress of knowledge-based techniques.
机译:过去对制图综合的研究表明,算法方法非常适合处理狭窄的任务,但潜力有限,因此要全面解决整个综合过程。尝试使用基于显式知识表示的系统(例如,基于规则的系统或专家系统)的成功率也相对较低。泛化中显式知识系统的主要限制因素是缺乏可用的形式化知识。也就是说,知识获取(KA)构成了基于知识的技术进步的主要瓶颈。

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