decomposition algorithm中文是什么意思

• 分解算法

• decomposition    n. 1.分解，分析，溶解，还原(作用)。 2.腐朽，解 ...
• algorithm    n. 【数学】算法；规则系统；演段。
• algorithm decomposition    算法分解
• decomposition query algorithm    分解查询算法
• decomposition    n. 1.分解，分析，溶解，还原(作用)。 2.腐朽，解体。
• the algorithm    算法
• acid decomposition    加酸分解; 酸性分解
• acrobic decomposition    需氧分解
• actinic decomposition    光化分解
• adiabatic decomposition    绝热分解
• aerobic decomposition    好气分解; 需氧分解
• anaerobic decomposition    绝氧分解; 缺氧分解; 无氧分解; 嫌气分解; 厌氧分解
• anisothermal decomposition    非等温分解
• aperiodic decomposition    非周期分解
• autogenous decomposition    自动分解
• bacteria decomposition    细菌分解法
• bacterial decomposition    细菌分解作用; 细菌性分解
• bartlett decomposition    巴特利特分解
• biochemical decomposition    生化分解
• biological decomposition    生化分解; 生物分解
• boulder of decomposition    分解巨砾
• bruhat decomposition    布鲁阿分解
• canonical decomposition    标准分解
• capacity of decomposition    分解能力
• carbonyl decomposition    羰基分解

• Based on the idea of linkage identification , piecewise interval correlation by iteration ( pici ) linkage identification based population decomposition algorithm is presented in allusion to the deficiency of existing population decomposition methods in coevolutionary algorithm
  摘要针对已有协同进化算法种群分割方法的不足，借鉴连接识别思想，提出用分段间隔相关迭代连接识别进行种群分割的算法。
• In chapter 2 , when the interface points decompose ( 0 , 1 ) with equal distance into multi - subdomains , there is given that a new error estimate result on the difference solution of the domain decomposition algorithm developed by c . n . dawson and others [ 13 ] for solving the heat equation
  在第二章，我们在内边界点为等距分划的多子区域条件下，得到dawson等人关于求解热传导方程区域分解算法差分解的误差估计。
• In chapter 3 , a new decomposition algorithm for the heat equation is also developed by using saul ' yev ' s asymmetric schemes at the interface points , and the prior error estimates of the approximate solution is obtained . the results of the new algorithm is compared with that of the algorithm in [ 13 ]
  在第三章，我们以saul ' yev非对称格式作内边界处理，发展了的新的区域分解算法，得到了差分解的先验误差估计，并与dawson等人的算法作了比较。
• The results of emulation and practical technical application indicate that time sequence components observed by empirical mode decomposition algorithm and frequency spec trum of them can reflect partial failure signature of gear adequately , at the same time , the weak signal feature can be easily extracted from them
  仿真研究及实际工程应用表明，采用经验模式分解算法后得到的时序分量及其频谱能够很好地体现齿轮局部故障特征，具有很强的弱信号特征提取能力。
• Experimental results in different noises and snr indicated that this vad algorithm can divide speech segments from non - speech segments accurately and reduce voiced - unvoiced error obviously . ( 2 ) an improved dct - hn speech decomposition algorithm based on the harmonic - noise model is presented
  不同噪声、信噪比下的实验结果表明,该算法可以准确区分语音段与非语音段,明显降低了基音检测中清浊误判现象的发生; ( 2 )基于“谐波-噪声”模型提出了一种改进的dct - hn语音分解算法。
• In order to improve such situation , it is dealt with the scalable parallel algorithm for the simulation of such problem on a pc cluster in this dissertation ; an improved automatic domain - decomposition algorithm is presented as well . the presented algorithms are applied to the simulation of practical car crash problem , and some satisfactory results have been obtained
  为此本文研究了此类问题在微机机群环境下的可扩展并行算法，并改进了区域自动划分算法，并将这些算法应用到汽车碰撞的数值模拟，取得了比较满意的结果。
• The petri net theory part : firstly , a new subclass of petri net named as cascade petri net , which is the superset of acyclic petri net , is formally defined . secondly , some fundamental properties and some methods of reachability analysis of cascade petri net are presented in detail . finally , the determinant and decomposition algorithms of cascade petri net are given
  Petri网理论部分：首先定义了一类名为序状petri网的全新的petri网子类，这种petri网是无环petri网的超集；接着讨论了序状petri网的基本性质及其可达性分析方法；最后研究了序状petri网的判定和分解算法。
• In chapter 4 , we present some new techniques in designing finite difference domain decomposition algorithm for the heat equation . the basic procedure is to define the finite difference schemes at the interface grid points with smaller time step by explicit schemes , and the prior error estimates for the numerical solutions are obtained
  在第四章，我们发展了一些新技术，在子区域的边界处采用小时间步长古典显式格式求解，构造了新的区域分解算法，得到了差分解的先验误差估计。
• Faced with such problems , a modified adaptive eigenvalue decomposition algorithm maeda for time delay estimation is proposed , based on which an emulation system is developed . experimental results show that the proposed new algorithm works well in sound source location and moving sound source tracking , meanwhile , it overcomes the drawbacks of the traditional aeda algorithm
  实验表明在真实的声场环境下该算法能够对单个声源的三维空间位置进行实时的定位和跟踪，系统在1 . 5m范围内对声源的定位误差小于8cm ，声源位置变化时，系统也能准确跟踪声源的位置。
• After deeply studying current relative algorithms , and adopting the ideas of advanced decomposition algorithms , a convex decomposition algorithm for arbitrary planar polygons is put forward in the dissertation , which is based on the algorithm of nearest bridging and the ideas of second bridging and loop division
  本文通过对国内外相关算法的深入研究，借鉴先进剖分算法的思想，提出了基于环分割的任意平面多边形的凸分解算法，包括最近搭桥算法、二次搭桥思想和环分割思想。

• decomposition algorithmとは意味：分解｛ぶんかい｝アルゴリズム