欧几里德距离的英文

• euclidean distance

• "欧"英文翻译    a surname
• "几"英文翻译    how many
• "里"英文翻译    in; inside
• "德"英文翻译    virtue; morals; moral charac ...
• "距离"英文翻译    distance; range; gap; space; ...
• "欧几里德" 英文翻译 :    euclid
• "欧几里德域" 英文翻译 :    euclidean domain
• "非欧几里德的" 英文翻译 :    non euclidean
• "扩充欧几里德" 英文翻译 :    extended euclid
• "欧几里德度量" 英文翻译 :    euclidean distance
• "欧几里德规则" 英文翻译 :    euclidean distance
• "欧几里德几何" 英文翻译 :    euclidean geometry
• "欧几里德空间" 英文翻译 :    euclidean space
• "欧几里德算法" 英文翻译 :    euclidean algorithm
• "欧几里德引理" 英文翻译 :    euclid's lemma
• "欧几里得距离" 英文翻译 :    euclidean distance
• "非欧几里德几何" 英文翻译 :    non-euclidean geometry
• "欧几里德定义域" 英文翻译 :    euclidean domain
• "平面欧几里德空间" 英文翻译 :    euclidean space
• "欧几里" 英文翻译 :    euclidean
• "欧几里德 古希腊著名数学家" 英文翻译 :    euclid
• "非欧几里得" 英文翻译 :    non euclidean
• "南欧几里得" 英文翻译 :    south euclid
• "欧几里得" 英文翻译 :    euclid (公元前3世纪希腊数学家)◇欧几里得公理 euclidean axiom; 欧几里得公设 euclid's postulates; 欧几里得几何 euclidean geometry; 欧几里得空间 euclidean space; 欧几里得模量 euclidean norm; 欧几里得算法 euclidean algorithm
• "欧几里得的" 英文翻译 :    euclidian; euklidisch euclidean

• During the recognition phase , euclidean distance representing vq distortion in this project is calculated
  在认识阶段期间，通过对欧几里德距离代表vq的计算来减少失真。
• The euclidean distance is usually chosen as the similarity measure in the conventional k - means clustering algorithm , which usually relates to all attributes
  传统的k -均值算法选择的相似性度量通常是欧几里德距离的倒数，这种距离通常涉及所有的特征。
• It defines the distance of the line between two points in the space . the fast progress of multimedia technology and image processing pushes the research in algorithms for distance transform into a further level
  其中，欧几里德距离转定义了空间两点间的直线距离，它是一种最常见的距离转换方式，在相关领域中，尤其在图像处理中，它的应用十分广泛。
• As a research trial for this thesis , we designed a real circuit based on cpld ( complex programmable logic device ) by vhdl ( very high speed integrated circuit hardware description l anguage ) for the hardware algorithm for euclidean distance transform with multilayer design method , called top - to - down
  一down )的方法，设计了一个基于复杂可编程逻辑器件cpld ( co哪lexprogammablelogiedeviee )的基本电路，用以验证基于硬件的欧几里德距离转换算法的各项性能。
• Secondly , the effect of distance function for clustering performance is researched , the disadvantages of euclidean distance for part family formation are pointed out , a more suitable part - machine processing feature related distance function is put forward , with which the clustering errors for parts and machines are basically eliminated
  第二，深入研究了距离函数对fcm聚类性能的作用，指出欧几里德距离函数对于制造单元构建问题的不足，提出了更加符合成组技术需要、反映问题本质特征的距离函数，解决了fcm对具体零件和设备的聚类错误问题。
• In these methods , relativity degree solution is the method in which an ideal solution is established , the relativity degrees of evaluated solutions and the ideal solution are compared and orders are marshaled at last . affiliation degree solution is the solution in which ideal solution and ill - ideal solution are established , affiliate degrees between evaluated solutions and ideal solution are resolved by establishing a goal function and then orders of all solutions are marshaled according to measurements of affiliation degrees . gross profit solution is the solution in which both ideal solution and ill - ideal solution are considered , the differences between evaluated solutions and them a re measured according to n - dimension euclidean distance , and then gross profits are calculated
  其中关联度法是首先确立一个理想方案，然后比较待评估方案与理想方案的关联度，最后根据其大小对各待评估方案进行排序；优属度法是首先确立理想方案和负理想方案，然后把各待评方案与理想方案和负理想方案的优属度为权建立一个目标函数，进而求出各待评方案与理想方案的优属度，最后根据优属度的大小对各方案进行排序；总效用法的思想是同武汉理工大学硕士学位论文时考虑理想解与负理想解二者作为参照基准，并采用n维欧几里德距离来度量任意可行解(被评估方案)与理想方案及负理想方案之间的差异，然后指导两个差异结合在一起计算被评估方案的总效用，评估的原则是总效用越大越好;嫡本是物理学中的概念，在信息理论中被借用来作为度量权重的一种方法，但也可用来评估各方案的优劣，其评估原则是嫡值越大越好。
• In this paper , the principle of euclidean distance transform based on binary images was demonstrated in detail , and it also introduced the implementation schemes and calculation capabilities of those algorithms for euclidean distance transform which are known . with focus on the practical application , we took some reforms in this paper to implement the distance transform algorithm based on the advantages of previous researches
  针对欧几里德距离转换算法的实用性，本文在吸取前人研究成果的基础上，分析了不同算法的实现原理和计算性能，对计算性能最接近实际应用要求的算法，在实现方案上做了相应的改进，提高算法实现电路计算速度和减小其电路规模，从而使基于硬件实现的欧几里德距离转换算法更具有实用性。