解空间搜索是约束求解的关键环节。
然后使用矩阵求解的方法解得该电路。
但是在绝大多数情况下，这个公式都是无法求解的。
But in the vast majority of cases, that formula remained impossibly hard to solve.
谱方法是微分方程数值求解的重要方法之一。
Spectral method is one of important numerical method for solving differential equations.
地下水文学问题相似求解的有效性是受到限制的。
The availability of similarity solutions to subsurface hydrologic problems is limited.
研究了问题求解的粒度理论在布局求解中的应用。
The application of granularity theory in the domain of layout design problem solving was discussed.
研究了问题求解的粒度理论在布局建模中的应用。
The application of granularity theory in layout design modeling was discussed.
绝大多数非线性微分方程是不能用解析方法求解的。
The overwhelming majority of nonlinear differential equations are not soluble analytically.
该方法也适用于分析一般线性方程组求解的稳定性。
The above methods also apply to analysis of calculating stability for general linear equation group.
模式识别成为人工神经网络特别适宜求解的一类问题。
Artificial neural network pattern recognition has become especially suitable for solving a class of problem.
对实际数据进行了计算，结果验证了本算法求解的可靠性。
The calculation results from practical data have confirmed the reliability of this algorithm.
本文采用迭代求解的方法计算弹性机翼的跨音速压强分布。
An iteration method is used for computing the transonic pressure distribution on a flexible wing.
提出了一种用于对称区间矩阵特征值问题求解的直接优化法。
A direct optimization method is presented in the paper for solving eigen problems of interval matrices.
当求解矩阵方程时，计算机对求解的问题有内存和速度的限制。
When solving matrix equation, it may be limited by the memory and the speed of the computer.
“有限期任务安排问题”是可以用优先策略求解的一个很好例子。
At present time limited job arrangement is a good example of getting the solution through priority tactics.
简要介绍了网络节点法求解的基本思想和回路风量法的数值解法。
Iintroduce basic calculation idea of ventilation network nodes analysis method and numerical solution on circuit wind flux method.
还提出采用数值模拟与实验模拟相结合对该模型进行求解的研究思路。
Furthermore, the research approaches were also given by using numerical simulation method and experimental simulation method.
欧拉方程一般都是用“变量代换”法求解的，但其过程一般都比较繁琐。
In general, Euler equation is solved by the method of variable transformation, but the procedure is complicated.
用EXCEL解方程可以大大减轻手工求解的计算量，并可得到精确解。
Solving equation with EXCELL can decrease manual computation work and you can obtain the accurate solution.
实际上，在多种上下文环境中进行求解的能力是使用DSL的一个关键因素。
In fact, one key to using a DSL is the ability to evaluate in various contexts. Take this code for example.
解析法是基于波动声学理论，对简单房间体形、简单边界条件来求解的方法。
The way of analytical method is a way by which we can solve to simple room shape and border condition, basing on the theory of wave acoustics.
最后建立起受约束非线性控制系统求解的迭代算法，并给出相应的数值例题。
Finally the iterative algorithm is established for the solution of the constrained nonlinear control system, the corresponding numerical example is given.
应用PAR方法，可以给出从需求解的问题，到可执行程序的具体设计过程。
By using PAR method, it is possible to provide the detailed design process from problem specification to executable code.
通过总结人类问题求解的特点，我们提出了问题求解的一种中转站系统框架。
By summarizing the characteristics of human problem solving, this paper presented a Transfer-station Framework of problem solving.
借助于变量代换，求解几类线性微分方程，并得到了几个求解的充分必要条件。
With variable substitution, several kinds of linear differential equations are solved and several sufficient and necessary conditions are obtained.
该数据结构可以用于许多问题(包括普通堆栈能使用的场合)求解的过程之中。
It can be used in the procedures of solving many problems, including those in which the usual stack can be used.
本文提出的基于对象描述的培养算子对许多TSP实例求解的实验获得了令人满意的结果。
The culture operator based on object description has been applied to many TSP instances and excellent results are obtained.
这也提供了一条从高维非线性系统导出可GMLVSA求解的低维非线性系统的有效途径。
This also provide a way of deducing low dimensional systems which can be solved by GMLVSA from high dimensional systems.
根据该技术的检测原理，从几何光学的角度建立了子孔径规划模型，给出了模型数值求解的具体方法。
Based on the testing principle, a subaperture layout model was established with geometry optics theory, and the numerical solving method was provided in detail.
根据该技术的检测原理，从几何光学的角度建立了子孔径规划模型，给出了模型数值求解的具体方法。
Based on the testing principle, a subaperture layout model was established with geometry optics theory, and the numerical solving method was provided in detail.
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