求解

The numerical differentiation is often used when dealing with the differential equations.

当求解微分方程问题时，数值微分是常用的方法，将微分方程转化成代数方程组求解。

Numerical method for solution of the model is given out.

在模型建立后，推导了模型的数值求解方法和求解过程。

In this paper,the method of interpolation for the numerical solution of tridiagonal system of linear equations is popularized,and another method of interpolation for quasi-tridiagonal system of linear equations is proposed.

文章将求解三对角线性方程组数值解的插值法进行推广，得到一种求解拟三对角方程组的插值算法。

The first part of this thesis is to solve the problem in one-dimensional.

在第一部分中，给出一维问题的求解，第二部分给出二维问题的求解，并用数值算例表明其有效性。

First, for the reduction of the solving scale of the scheduling problem, on the basis of the defined scheduling characteristics—resource conflicting probability, all operations of the scheduling problem are divided dynamically into two kinds in the scheduling process: the first kind of operations with greater probability of the resource conflict, and the second kind of operations with less probability of the resource conflict.

首先，在遗传算法迭代求解过程中，为降低调度问题的求解规模，基于所定义的调度特征量——资源冲突可能性，将所有操作动态划分为资源冲突可能性较高的操作和资源冲突可能性较低的操作，分别直接和间接参与染色体编码。

Secondly, we define a monotone operator and prove that the orthogonal projection is the solution for the monotone operator equation.

其次定义了一个单调算子，利用单调算子的理论，证明了求解这个正交投影等价于求解一个单调算子方程。

Further, it is proved that the equal-interval-ordering policy is optimal and that the price in each period should be equal.

在此基础上提出求解最优存储/定价策略的方法，并通过数值算例进行求解和分析。

The disadvantages of obtaining control in approximate ways are analyzed, and the optimality criterion based on genetic algorithm is proposed.

分析了使用近似法求解控制量的缺点，据此提出了基于遗传算法的控制量优化求解策略。

An algorithm is presented that trasforms the problem from the orthocomplement space to a general finite element subspace.

提出了一种实施算法，把问题的求解从正交补空间转化到普通有限元子空间，且公式简单，求解方便易行。

Summary In this paper, a brief history review of works on the theory of electromagnetic flowmeters is given. A method named'Alternative iteraction method for approaching real boundaries'is presented to solve Laplace's equation with mixed boundary conditions in electromagnetic flowmeters. The orthogonal expansion is used to analyze weight vectors and flow distribition effects on the sensitivity of the flowmeters.

本文在总结和分析了前人在电磁流量计变送器方面的理论研究成果后，首次提出了"交替迭代逼近边界"的方法求解电磁流量计理论研究中遇到的Laplace方程的混合边界条件问题；采用正交函数展开的方法研究权函数以及被测流体速度分布不规则对仪表输出的影响；采用保角变换的方法首次求解出电磁流量计偏心环域上的权函数。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。