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Home > chinese-english > "sub tree" in English

English translation for "sub tree"

子树

Related Translations:
orientation sub:  定向接头
sub control:  辅助控制器副控制
sub slicing:  分层回采分层陷落开采
sub screen:  副萤幕
sub launched:  潜艇发射
sub nuclei:  亚核
sub poena:  罚金条款
locator sub:  定位接头
sub ring:  备用举重台
sub system:  子系统
Example Sentences:
1.The paper presents a novel algorithm distincttm ( distinct tree mining ) , which can mine embedded sub tree
本文提出了挖掘嵌入子树的算法distincttm ( distincttreemining ) 。
2.After that , the existent frequent embedded sub tree mining algorithms , treeminer and patternmatcher , are analyzed
在此基础上,对挖掘嵌入子树的treeminer算法和patternmatcher算法进行了分析。
3.The algorithm eliminates the redundancy brought by isomorphic overlapped sub trees , and assures the minimum of frequent pattern
本算法剔除了同构交叠子树带来的冗余,保持了模式在一棵树上的最小性。
4.This method can improve analysis efficiency greatly if the size of each dynamic sub tree is far smaller relative to that of system
当每个动态子树的规模与系统规模相比不大时,可以大大提高分析的效率。
5.Treeminer mines vertically , and patternmatcher mines horizontally . while , both of them can not distinguish isomorphic overlapped sub trees during mining
这两种算法分别采用垂直挖掘方式和水平挖掘方式,但是在挖掘过程中均无法区分同构交叠子树。
6.Then the paper formulates related notions of frequent sub tree , distinguishes embedded sub tree from direct sub tree , and defines isomorphic overlapped sub tree and minimum
然后给出了与频繁子树有关的概念,区分了嵌入子树和直接子树,定义了同构交叠子树和最小性。
7.Dynamic fault tree combines the advantages of both fault tree and markov model . dynamic fault tree is modularized into independent static sub trees and independent dynamic sub trees , then solved by bdd and markov model separately
该方法首先将动态故障树模块化,得到独立的静态子树和动态子树,再分别用二元决策图法和马尔可夫过程方法求解。
8.The paper summarizes the history of frequent pattern mining technology and the development of frequent sub tree mining algorithms ; introduces the main methods of rna secondary structure prediction ; analyzes the deficiency of the applications of data mining in bioinformatics
本文首先概括了频繁模式挖掘技术及频繁子树挖掘算法的现状,介绍了rna二级结构预测的主要方法,探讨了目前数据挖掘技术应用于生物数据所存在的问题。
9.This thesis focuses on techniques of dynamic fault tree in system reliability modeling and its qualitative and quantitative analysis . it studies bdd solution for static sub trees 、 markov chain solution for dynamic sub tree briefly and the modularization of dynamic fault tree ; presents the algorithm for top event occurrence rate of dynamic fault tree based on weibull distribution . then this thesis presents a new approach to solve top event occurrence rate and a new generation algorithm of minimal cut sequence of dynamic fault tree that deviate from markov model completely
本文着眼于动态故障树在系统可靠性建模及定性定量分析中的技术,研究了基于bdd的静态子树分析方法、基于马尔可夫模型的动态子树分析方法以及动态故障树模块化方法,并提出了基于威布尔分布的动态故障树顶事件发生概率计算方法;提出了一种完全脱离马尔可夫模型的求解动态故障树顶事件发生概率的方法和一种最小顺序割集的生成方法。
10.According to the complexity of pattern , the mined characteristic patterns could be sorted as frequent item , frequent sequence and frequent sub tree , etc . the paper builds tree - model of rna molecules and utilizes frequent sub tree mining algorithm to mine common topological patterns among rna secondary structures
根据特征模式复杂性,可分为频繁项模式、频繁序列模式以及频繁子树模式等。本文对rna分子建立树形模型,利用频繁子树挖掘算法挖掘rna二级结构中的公共拓扑模式。
Similar Words:
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