挖掘速度的英文

• digging speed

• "挖掘"英文翻译    excavate; unearth; dig; tap; ...
• "速度"英文翻译    velocity; speed; blast; bat
• "挖掘" 英文翻译 :    excavate; unearth; dig; tap; grub; hoe; grave 挖掘被掩埋的城市 excavate a buried city; 挖掘地下宝藏 unearth buried treasure; 挖掘古物 excavate ancient relics; 挖掘潜力 tap existing potential; tap the latent power; tap the potential; 挖掘坑道 sap a gallery
• "穿掘，挖掘" 英文翻译 :    undermining
• "掘蚀，挖掘" 英文翻译 :    excavation
• "挖掘, 疏浚" 英文翻译 :    dredge up
• "挖掘；发掘" 英文翻译 :    dig
• "挖掘铲" 英文翻译 :    digger blade; digger lift shaft; digger share; digger shovel; digging share
• "挖掘出" 英文翻译 :    unearth
• "挖掘船" 英文翻译 :    dredger
• "挖掘的" 英文翻译 :    excavating
• "挖掘法" 英文翻译 :    dredging
• "挖掘工" 英文翻译 :    digger; shoveler; shoveller; shovelman
• "挖掘机" 英文翻译 :    digging machine; excavating machine; excavator; dredger; scraper; shovel; navvy 履带式挖掘机 caterpillar excavator; 迈步式挖掘机 walking excavator
• "挖掘井" 英文翻译 :    digging well
• "挖掘坑" 英文翻译 :    excavation pit
• "挖掘犁" 英文翻译 :    excavating plough; excavating plow; grubber
• "挖掘力" 英文翻译 :    breakout force
• "挖掘链" 英文翻译 :    digger chain
• "挖掘料" 英文翻译 :    excavated material
• "挖掘轮" 英文翻译 :    excavating wheel; lifter wheel
• "挖掘面" 英文翻译 :    digging face
• "挖掘器" 英文翻译 :    raiser
• "挖掘勺" 英文翻译 :    digging spoon
• "挖掘师" 英文翻译 :    data mining specialist

• We present a new approach to mine ooa rules using fp - growth algorithm . our experimental results show that the algorithm is more
  实验表明,本文提出的方法相比用apriori算法或用dfree算法进行ooa挖掘速度更快。
• All present user access pattern mining tools have some shortcomings , such as slow mining speed , unsuitable anonymous users , complicated usage , inefficiency , low mobility , much mining limitation and so on
  现有的用户访问模式挖掘工具都存在一些缺点，如：挖掘速度慢、不适用匿名用户、使用复杂、效率低、灵活性差、挖掘局限性大等。
• Taditional association rule mining methods lack of focus on the results , and the procedure is slow . those algorithms express the regularities with low level primitive data , and the mining association reules are difficult to understand
  传统的关联规则挖掘缺少挖掘的针对性，挖掘速度慢，挖掘结果难于理解，挖掘结果的数量巨大，需要进行大量的筛选以便抽取出有用规则。
• And it can find the same visiting pattern of the different interests - oriented user groups to enhance the quality recommended , by means of adjusting the number of clusters , uapomr system solve the contradiction between mining speed and nicety effectively for recommending in real - time
  通过调整聚类的个数， uapomr系统有效地解决了挖掘速度和挖掘准确性之间的矛盾，以达到在线推荐的目的。
• Experiments show that fpmine runs two times as fast as the most recently proposed algorithm fp - growth and saves half the memory ; moreover , our algorithm has a quite good time and space scalability with the number of transactions , and has an excellent performance in dense database mining as well ; spf has excellent time and space efficiency ; fpmine - spf algorithm has a far taster speed in association rules mining than the widely used apriori algorithm and has wonderful scalability . association rules mining always generates too many rules , which makes ii difficult to pick the valuable rules where from
  实验表明，在相同数据集上，与fp - growth算法相比，算法fpmine的挖掘速度提高了一倍以上，而所需的存储空间减少了一半；随着数据库规模的增大，算法fpmine具有很好的可伸缩性；对于稠密数据集，本文算法也具有良好的性能； spf算法具有极好的时空效率； fpmine - spf算法挖掘关联规则的速度远快于较长期以来广泛使用的apriori算法，并有相当好的可伸缩性。
• By the way this paper chooses the more effective dm algorithms by deep study in quite a few known algorithms employed in association rules , frequent episodes rules and trend analysis . to speed up producing association rule , this paper also introduces the aadd algorithm which is a upgrade algorithm from apriori
  同时本文通过对关联规则、模式序列和趋势分析的多种算法的深入的分析和比较，结合网络攻击检测的需求，为检测dos攻击选择合适有效的算法；并为加快关联规则挖掘速度，提出apriori算法的改进算法? ? aadd算法。