无冗余的英文

• nonredundancy

• "无"英文翻译    not have; there is not; be w ...
• "冗余"英文翻译    redundance; redundancy
• "无冗余集成电路" 英文翻译 :    nonredundant integrated circuit
• "冗余" 英文翻译 :    redundance; redundancy◇冗余校验 redundancy check; redundant check; 冗余码 redundant code; redundance; redundancy; 冗余数 redundant digit; 冗余位 redundancy bit; redundant bit; 冗余状态 redundant state
• "单冗余" 英文翻译 :    single redundancy
• "冗余dna" 英文翻译 :    redundant dna; repetitious dna
• "冗余包" 英文翻译 :    redundancy packet
• "冗余的" 英文翻译 :    redundancy; redundant
• "冗余度" 英文翻译 :    degree of redundancy; redundance; redundancy degree; zero of redundancy
• "冗余环" 英文翻译 :    redundancy loop; redundant loop
• "冗余件" 英文翻译 :    redundant member
• "冗余类" 英文翻译 :    lazy class
• "冗余力" 英文翻译 :    redundant force
• "冗余率" 英文翻译 :    redundancy rate
• "冗余码" 英文翻译 :    redundance code; redundancy; redundant code
• "冗余吗" 英文翻译 :    redundant code
• "冗余数" 英文翻译 :    redundant digit; redundant number
• "冗余图" 英文翻译 :    redundant map
• "冗余位" 英文翻译 :    redundance bit; redundancy bit; redundancy function; redundant bit; redundant digit
• "冗余项" 英文翻译 :    redundancy term; redundant term; superfluous term
• "冗余行" 英文翻译 :    redundant row
• "冗余性" 英文翻译 :    redundancy
• "冗余域" 英文翻译 :    redundant field
• "三冗余" 英文翻译 :    triple redundancecy
• "织冗余" 英文翻译 :    active redundancy

• On perfect neighborhood and irredundant sets in trees
  关于树的完美邻域集与无冗余集
• In this paper , a series of images photographed by aircraft is processed , and finally merged into a whole without redundancy
  本论文通过对系列航空照片的处理，最终把它们合成为一幅无冗余的大区域图像。
• The multiscale sample paths based on distinctive order tree are presented by computer simulation . second , we present the method of 3x3 - order tree - based of redundant multiscale representation for 2 - d markov random fields , and we propose a class of non - redundant multiscale model for reduced - order approximately representing gaussian markov random fields making ties to multiscale analysis
  2 、给出了2 - d马尔可夫随机场基于3 3阶树有冗余的多尺度表示方法，并结合多尺度分析的思想，建立了2 - d高斯马尔可夫随机场降阶、近似、无冗余的多尺度表示模型。
• In chapter 3 , based on the theory analysis and induction of the process of physical modeling of temperature field fea system , i have distilled physical modeling information of the system , confirmed the data structure , realized the visualization of modeling process and modeling result through visualization mutual interface , designed and realized the storage without redundancy of modeling result data and the relating mechanism of data
  第三章，主要在对温度场有限元分析系统的物理建模过程进行理论分析和归纳的基础上，提取出系统通用的物理建模信息，确定其数据结构，并通过可视化交互界面实现建模过程和建模结果的可视化，设计并实现了对建模结果数据的无冗余存储和数据之间的关联机制。
• The enterprise information in form of data is the passenger of enterprise processes . the data must be correct , sharing and inredundant , in order to rationalize enterprise processes . facing the changing environment , enterprises have to carry out business reengineering composed of process reengineering , strategic planning and information integrating
  其中，战略规划是全企业各个流程运作的基石，是其出发点，也是其归宿；以数据表现的企业信息是流程的承载对象，保证数据的准确、共享、无冗余，是实现作为数据载体的流程合理化的必要条件。
• This paper based on the hj04a railway signal computer system which is developed by the research institute of microcomputer , hefei university of technology . according to requirement of the interlocking software " s reliability and safety . considered with the software requirement analysis , combining the uml and z , we finally design the interlocking software specification which is completeness , consistency , no redundancy , no different meanings and is consistent with the demand of the system
  本论文针对合肥工大微型计算机应用研究所研究开发的hj04a铁路信号计算机联锁系统，根据计算机联锁系统联锁软件设计可靠性和安全性要求，从软件的需求分析着手，综合uml统一建模语言方法和形式化描述语言z语言的方法，设计出完全的、一致的、无冗余的、无歧义的、符合系统要求的联锁软件规格说明书。
• This paper analyses some of the existed algorithms of mining association rules , and proposes an new algorithm ffc based on the algorithm aprioritid and close which is used to mine close items . this algorithm can compute simultaneously frequent and frequent closed itemsets . it lays a foundation for efficiently mining irredundant rules
  本文分析了目前已有的部分关联规则挖掘算法，并基于aprioritid算法和挖掘闭包项集算法close提出了一种新算法ffc算法，这个算法在挖掘出频繁项集的同时还得出了闭包频繁项集，有效地为挖掘无冗余规则奠定了基础。