This paper discusses how to found its optimal model through the analysis of model check countermeasure and proposes its solution based on linear and non-linear programming.
通过对模型校验策略的分析，讨论了如何建立这一问题的优化模型，并给出了基于线性规划和非线性规划的模型求解方法。
Moreover, the solution for ideal drain-well corresponding to the piecewise linear model is derived.
此外，还推导了与分段线性模型相对应的理想单井固结理论解。
The numerical solution can be obtained by calling matrix left division command in MATLAB only once for linear SCLC model.
对于线性模型，只需要调用一次MATLAB矩阵左除命令即可获得其数值解。
Some special controls can be found hi all the possible disposing-phases to simplify the solution of the linear model, thus increasing the research efficiency.
在相控阵天线的全部可能配相中寻找某些特殊的配相控制，就能够简化线性模型的求解，从而提高天线测量的效率。
Inventory model of deteriorating items with deterministic time of effect under general demand is proposed to find the optimal solution under linear demand.
给出一般需求下有保质期的变质性物品的存贮模型，求得线性需求时的最优解。
In this paper, the approximate explicit solution of optical output power for P-doped cascaded Raman fiber lasers was acquired by linear model.
利用线性模型求出了级联掺磷拉曼光纤激光器各级光输出功率的显式近似解。
The real optimal solution of nonlinear discrete dynamic system can be obtained from piecewise linear model with model reality differences by iterative solution.
在存在模型-实际差异的情况下，从分时段线性化多模型出发通过迭代运算可得到实际非线性离散动态系统的真实最优解。
In this paper, using the theories of linear model in the statistics, we can give the general expression on solution of a class of equality constrained quadratic programs problem.
本文利用统计学中线性模型的理论给出一类等式约束二次规划问题解的表达式。
The model description, model establishing, linear conversion and solution process are respectively described.
分别描述了两个模型的问题描述、建模、线性转换与求解过程。
This research presents the general model of NDP, discusses the approaches to solve linear and nonlinear NDP, and analyze the common solution procedure for the large-scale network design problem.
在给出网络设计一般模型的基础上，讨论了线性和非线性两类网络设计问题的求解方法，总结了大规模网络设计问题的一般算法思想和步骤。
In this paper, the linear computational model for the material balance in the mineral processing are given. They included optimization model and direct computational formula of the optimal solution.
本文给出选矿物料平衡的线性计算模型，包括优化模型和最优解的直接计算公式。
The Linear log quotient Mixture Model for the design space, there has been the analysis solution of D-optimal design given an a - optimal design by professor Guan Ying nan.
针对设计空间为的线性对数比模型，已有D-最优设计的分析形式的解并由关颖男教授给出了A -最优设计。
In this paper, We advance multiple objective linear programming with interval Numbers, According to the method of interval Numbers, We given find solution method of the model.
提出了具区间数的多目标线性规划模型，根据对区间数的处理方法，给出了该模型的求解方法。
A model was built based on mixed-integer linear programming. Through the model solution and revision and diverse distribution, the optimal layout of the logistics distribution of an area was obtained.
采用混合整数规划法建立模型，通过对模型的求解和修正，并实施多样化分拨，得出该地区物流配送的最优规划布局。
Theoretical model was described considering both flow-resistance and water column of filter and container, and analytical solution was gained under linear flow-resistance.
建立了同时考虑针的流阻和滤头及容器内水柱影响的渗流分析模型，并得到线性流阻下地基渗透系数与容器内压力的解析关系。
From the analysis of a practical example, the article derives that the poly-solution structure of the maths model of the general linear goal programming is an undirected graph.
从一实例分析出发，推导出一般线性目标规划数学模型的多重解结构为一无向图。
The numerical solution can be obtained by calling matrix left division command in MATLAB only once for the linear SCLC model.
对于线性模型，只需要调用一次MATLAB矩阵左除命令即可获得其数值解。
Solutions of this model offer decision-makers an alternative optimal solution. This linear goal programming model is an effective method to make product distribution decisions.
对模型解的分析为决策者提供了改变目标优先级情况下的可供选择的最优方案，因此，线性目标规划法是解决产品分销决策的一种有效方法。
Solutions of this model offer decision-makers an alternative optimal solution. This linear goal programming model is an effective method to make product distribution decisions.
对模型解的分析为决策者提供了改变目标优先级情况下的可供选择的最优方案，因此，线性目标规划法是解决产品分销决策的一种有效方法。
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