- 更多网络例句与优化程序相关的网络例句 [注：此内容来源于网络，仅供参考]
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The parameters of GHM model are determined by nonlinear curve fitting in complex frequency domain. This is converted into nonlinear optimization problem with constrained condition. The corresponding program is completed.
GHM模型的参数通过复频域内的非线性曲线拟合确定，最终转化为具有约束条件的非线性优化问题，并编制了相应的非线性优化程序。
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The theory and the implementation of the genetic algorithms are discussed in detail. The question on how to choose the crossover probability, the mutation probability, the scale of population and the numbers of the generation is discussed. Then, the mathematics model of the optimal design is established. Exerting the finite element of elastic base beam and using FORTRAN to write the GAFORTRAN program. The program includes the common genetic algorithms and the modified genetic algorithms.
详细介绍了遗传算法的理论和实现技术，探讨了交叉概率、变异概率、群体规模、进化代数等变量的选取问题，建立起了基于遗传算法的深基坑支护结构设计的优化模型，结合弹性地基梁有限元法，利用FORTRAN语言编制了GAFORTRAN优化程序，程序中包括普通遗传算法和改进遗传算法。
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Simulation of Loop domain near active site was carried out with the PROLOOP programm. The initial model was energy-minimized by the 500 steps of steepest descents method and 500 steps of conjugate gradients . The Vanderwal contacts were eliminated, and the energy of the static electric interation and hydrogen binding were adjusted
优化工作用PROLOOP程序，将活性中心附近LOOP前后的有关残基构象进行最佳拟合，并采用GROMOS软件包中的能量优化程序，作500步最陡速降法及500步共扼梯度法进行优化，彻底消除范德华半径重叠，并进行原子间静电和氢键作用的优化调整，最终得到UK-B链最优结构。
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The control parameters are optimized by using the method of Constrained Steepest Descent with State Equations.
采用状态方程有约束最速下降法对控制系统控制参数进行优化，建立了直流电机位置控制系统性能优化的数学模型，结合具体的位置控制系统推导CSDSE优化方法，并给出优化程序的编制步骤。
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There used to be two primary methods to optimize program data locality: the first is to analyze cache behavior of program data, then basing on cache behavior model, build a program analysis tool which shows the bottlenecks of data cache performance and hence directs programmer to tune performance of data cache; the second is program transformation by an optimizing compiler or an optimizing tool, and data cache performance is optimized in the transformation.
过去在这方面的工作有两个重要的思路：一是针对程序运行时的访问数据，利用相关的Cache行为模型，建立一些程序分析工具，从源代码级给出程序Cache性能的瓶颈，指导程序员通过程序变换来优化程序的局部性，从而提高Cache性能；二是在编译器上开发编译优化过程，或者开发专门的程序优化工具，通过对程序进行分析，在此基础上自动进行程序变换，包括代码变换和数据变换两种，优化程序的局部性，从而提高 Cache性能。
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In this study, the 3-dimensional numerical model of unsaturated zone soil moisture is improved by coupling the modular of the infiltration water from the single ring permeameter. The improved VSF was integrated with the optimization program to produce an inverse model for soil hydraulic parameter optimization.
文章在三维非饱和带水分模拟程序VSF基础上，加入了单环入渗水流计算模块，并将改进的VSF与参数优化程序LEVMAR相耦合，构建了适用于单环入渗试验的土壤水力特征参数反演程序VSF-LEVMAR。
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With respect to the optimization design of sewer network,tree structured theory was used to depict the sewer network,ternary tree form was proposed to treat the sewer network structure,and pipe section was regarded as node in this study.
对于污水管网的优化设计，采用了图论中树形结构的理论来描述污水管网，提出用三叉树的形式来处理污水管网的网络结构，把管段当作树的节点作为研究对象；利用树的遍历中的后序法进行水力计算，在优化计算时采取了枚举标准管径法来选取管径，可以提高运算速度；在优化程序中寻求造价最低、最优的同时考虑了管道费用和泵站费用。
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This paper discusses the characteristics of the portal frame building constructer and studies optimization method to design them.The systematic analysis of the portal frames steel structural characteristics is done in section 2. And in section 3 and section 4, the structural optimization design is introduced based on the principles of finite element analysis and the technology of Object Oriented Programming in the software ANSYS.
本文系统地分析研究了门式刚架钢结构的特点，在此阶段，以有限元为基础，借助大型有限元ANSYS面向对象程序设计技术进行优化设计，研究基于功能强大的ANSYS作结构优化设计的问题：提出有效的设计变量、优化目标函数(以降低结构重量、充分发挥材料性能为目标)，编写APDL优化程序控制文件，在ANSYS程序上实现门式刚架结构优化设计。
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The paper presents work principium of hydropneumatic elevating-equilibrium mechanism , and the mathematical model for balance of elevating-equilibrium mechanism was proposed, the design model was solved by using Maximum-minimize Method in MATLAB optimization toolbox and optimum procedure was presented.
对液体气压式高平机的工作原理进行了介绍，建立了高平机的平衡作用数学模型，应用MATLAB优化工具箱中的最大最小化方法对设计模型进行了优化求解，给出了高平机的结构优化程序，计算结果表明该方法是正确和有效的，并且适用于火炮平衡机等类似结构的优化设计中。
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This allows an optimizer to safely make the sorts of optimizations discussed above, as well as other optimizations such as avoiding recomputing common subexpressions involving access through pointers.
这让优化程序能够安全的采用上述的各种优化措施，以及其他的优化措施，例如：避免重复的计算涉及通过指针访问的通用子表达式。
- 更多网络解释与优化程序相关的网络解释 [注：此内容来源于网络，仅供参考]
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global optimization：通用优化
global mode 通用模式 | global optimization 通用优化 | global optimizer 通用优化程序
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optimization program：优化程序
1635optimization优化; n. 最佳化 | 1636optimization program优化程序 | 1637optimized code优化代码
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power optimization program：动力优化程序
power on 送电;开动 | power optimization program 动力优化程序 | power output shaft 功率输出轴
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continuous optimization program：连续优化程序
continuous operator 连续算子 | continuous optimization program 连续优化程序 | continuous or not type 連断続形
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selected test optimization program：选择测试优化程序
selected mode 选择方式 | selected test optimization program 选择测试优化程序 STOP | selecting 选择 Slg
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optimized code：优化代码
1636optimization program优化程序 | 1637optimized code优化代码 | 1638optimizing compiler优化编译器
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optimized method：优化法,优选法
optimization 最佳化,最佳条件选配 | optimized method 优化法,优选法 | optimizer 优化程序
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optimizing compiler：优化编译程序
optimizer, global 通用优化程序 | optimizing compiler 优化编译程序 | option 选件;选择
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symbolic program tape：符号程序带
symbolic optimum program 符号优化程序 SOP | symbolic program tape 符号程序带 SPT | symbolic programming system 存储程序设计系统 SPS
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Optimization Toolbox：包含求函数零点,极值,规划等优化程序的工具箱
Nonlinear Control Design Blockset 非线性设计模块集 | *Optimization Toolbox 包含求函数零点,极值,规划等优化程序的工具箱 | *Partial Differential Equation Toolbox 偏微分方程工具箱