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interestingness

网络  趣味性; 有趣的; 兴趣度; 有趣性; 兴趣性

英英释义

noun

  • the power of attracting or holding one's attention (because it is unusual or exciting etc.)
    1. they said nothing of great interest
    2. primary colors can add interest to a room
    Synonym:interest

双语例句

  • A m_d distance measure for evaluating the subject interestingness of data warehouse
    评估数据仓库主题兴趣度的Md距离测度方法
  • Interestingness Research of Association Rules in Incremental Mining Data
    兴趣度在增量的关联规则挖掘中的研究
  • The experiment shows that interestingness could reduce the number of rules while no interestingness could achieve optimal result for all data sets. Lastly, associative classification is used in electronical recommendation system.
    实验结果表明兴趣度可减少规则的数量但没有一个兴趣度对于所有数据集都能够达到最优的分类效果。最后,本文将关联分类应用于电子商务推荐系统中。
  • It uses interestingness threshold to filter rules in order to reduce the number of association rules, which are useless, inappropriate.
    兴趣度模型采用兴趣度参数对规则进行筛选,减少关联规则的个数,去掉一些无用、不合适的规则。
  • Associative and Correlative Regular Mining Based on Interestingness and PC-tree for Medical Images Data
    基于兴趣度和PC-树的医学图像数据关联且相关规则挖掘
  • Those of us who tell ourselves we are curious about the world are actually swimming in evidence that has been filtered again and again in favour of interestingness.
    我们当中那些告诉自己我对世界充满好奇的人,其实是遨游在证据的海洋中,而这些证据早已经过一次又一次过滤,使其有意思。
  • After introduction of some typical Web log preprocessing techniques, it is pointed out that the frame pages in a Web site can reduce the interestingness of the result page groups. Then, a frame-filtering algorithm is proposed to solve this problem.
    在介绍了典型的数据预处理技术的基础上,指出Frame页面降低了挖掘结果的兴趣性,并提出相应的解决方法&Frame页面过滤算法消除其影响。
  • Mining Optimized Support and Interestingness Quantitative Association Rules
    挖掘支持度和兴趣度最优的数量关联规则
  • Defining interestingness and putting forward new algorithm of mining association rules including negative items.
    定义兴趣度,提出挖掘含负属性项关联规则算法。
  • As an important photoelectric exposure, field emission properties of III nitride semiconductors have attracted widely interestingness of researchers.
    而III族氮化物半导体场发射研究作为其光电特性的重要研究方向,引起了人们广泛关注。