片语

Principal of domain decomposition主对角分解

frequency domain decompositionThe frequency domain decomposition (FDD) is an output-only system identification technique popular in civil engineering, in particular in structural health monitoring. As an output-only algorithm, it is useful when the input data is unknow

domain n decomposition区域分解

overlapped domain decomposition method重叠型区域分解法

frequency domain decomposition method频域分解方法

time domain decomposition时域分解

bridging domain decomposition桥域多尺度方法

fractional domain decomposition阶数分解

ALE domain decomposition methodALE分块耦合法

英汉例句

• it also puts the use cases identified during domain decomposition as exposed services on the subsystem interface.

  它同样将域分解过程中鑒别的用例作为子系统接口上公开的服务。

• this activity helps in the identification of business-aligned services and ensures that services have not been identified during domain decomposition or existing asset analysis.

  此活动可帮助标识与业务一致的服务，确保发现在域分解或现有资产分析期间未能标识的服务。

• to analysis this language and extend it using the productive grammar rule such that it has the ability of describing the domain decomposition methods.

  分析这种语言的原理，并用产生式语法规则扩展了这种语言，使之具有描述区域分裂方法的功能。

• adopt the right approach in identification of services by using both domain decomposition business process models and bottom-up models.

  通过同时使用领域分解业务流程模型和自底向上的模型，从而在服务标识过程中采用正确的方法。

• the parallel finite element method using domain decomposition technique is adopted to the distributed parallel environment of workstation cluster.

  将采用区域分解技术的并行有限元方法应用于工作站机群的分布式并行环境。

• this process-oriented approach begins with the domain decomposition sub-technique as part of service identification.

  这个面向流程的方法从作为服务标识的一部分的领域分解技术开始。

• the domain decomposition activity in figure 3 collects various tasks that involve using the business-oriented, top-down identification techniques that are described in table 1.

  图3所描述的domain decomposition活动收集了使用表1 所列的面向业务的从上到下确认技术的各种任务。

• in this paper, we investigate a nonoverlapping domain decomposition algorithm for elliptic boundary value problems with infinite concave angle domain.

  研究无穷凹角型区域椭圆边值问题的一种非重叠型区域分解算法。

• by means of domain decomposition , a large scale multidimensional problem is turned into several smaller discrete subproblems , which can reduce computing scale greatly.

  而通过区域分解，我们可以把一个大规模的多维问题转化为若干个较小规模的子问题，从而大大减小计算规模。

• the paper presents and analyses the domain decomposition and function decomposition methods, the mimd model brought about by the methods and parallel programming technique.

  文章提出并分析了域分解和函数分解方法、方法导致的mimd模式和并行程序设计技术。

• these algorithms are given by both the finite element a- method and the nonoverlapping domain decomposition method based on the natural boundary reduction.

  这些算法采用了有限元a-法和基于自然边界归化的非重叠型区域分解算法。

• second order elliptic variational inequalities were considered , and a kind of nonoverlapping domain decomposition method with two subdomains was proposed .

  考虑二阶椭圆变分不等式，提出了两子域情形的非重叠区域分解，得到了算法的收敛性和几何收敛速。

• by using goal-service modeling and domain decomposition techniques, we can identify the capabilities needed to process purchase orders.

  通过使用目标服务建模与域分解技术，我们就可以识别需要的功能，来处理购买订单。

• the algorithm is based upon the domain decomposition method and the modification of classical parallel subspace correction method.

  算法基于区域分解和子区域校正，在每个子域上进行残量修正，各子域之间可以并行计算。

• this activity takes the subsystems found above during domain decomposition and specifies the interdependencies and flow between the subsystems.

  这个活动获取上面域分解过程中发现的子系统，并且指定子系统之间的相互依赖和流程。

• in this paper, a domain decomposition method is presented for the rotated q1 finite element discretion of second order elliptic problem.

  文章构造了一种用旋转q1有限元离散椭圆型偏微分方程的区域分解方法。

• based on the theory of natural boundary reduction, non-overlapping domain decomposition method is applied to elliptic boundary value problems on a kind of unbounded half plane with a cave.

  基于半平面上的自然边界归化理论，给出一类带凹槽的半无界区域上椭圆型方程边值问题的非重叠型区域分解算法。

• domain decomposition method (ddm) is superior to the ordinary methods in solving complex domain problems.

  区域分解方法在处理复杂求解区域问题上比一般常用方法要优越。

• we propose a domain decomposition method based on combining the finite element method with the finite difference method for numerical simulation elastic wave propagation.

  本文针对弹性波波场传播的数学模型，提出了一种基于有限元和有限差分耦合的区域分裂方法。