通过分析建立了组合激励的两阶段搏弈模型，求解模型得到了最优报酬组合。
We establish a two-stage model of game in combination of incentive through analysis.
介绍了以“压力—流量平衡法”为基础的模型求解方法和步骤。
The method and procedure of the model resolution is introduced based on " pressure-flow balance".
通过求解这个模型，可求得每条支路的电价。
另外，给出有多重处理槽工序问题的模型和求解方法。
Besides, both a model and a solving method are given for multi-tank.
最后提出了智能化概念设计系统集成求解过程模型。
Finally, a integrate solving process model for intelligent conceptual design system is presented.
采用某些光滑算法求解连续变量模型则是第四步。
The fourth step is to solve the model with continuous variables by some smooth algorithms.
介绍了水资源承载力多目标模型的求解方法。
Recommend the method to solve multiple objective model of water resources carrying capacity.
这个模型及与之相应的快速求解算法，可以直接用于交叉口实时信号配时。
This model with a fast solution method can be used for real-time signal timing.
在这项技术中，模型的建立和求解至关重要。
In this technique, mode building and solving are especially important.
动态纹理模型的求解。
然后构建并求解指派模型，得出最优解。
Then an assignment model is constructed and solved to obtain the best solution.
将给出C运输问题的数学模型和求解方法。
In this paper, the mathematical model and solution of the C-transportation problem are given.
并利用数值计算方法求解了这一非气体取向模型方程。
在求出畸变模型的基础上，再求解其他相机参数。
Then on the basis of distortion models continue to figure out other camera parameters.
给出了该学习模型在组合数学问题求解中的应用。
The new Agent learning model can be applied in some problems of the combinatorics.
本文给出的模型是对多故障问题求解的一个有效尝试。
The model is an effective attempt for multi-faults problem solving.
本文探讨了运动场馆人流疏散模型的建立和求解问题。
This paper discussed the dispersing model of people flow in stadium.
运用基于实码的加速遗传算法(RAGA)优化求解了春小麦作物水模型的敏感系数。
The sensitive indexes of crop water model for spring wheat has been get with RAGA.
给出了B矩阵对策的数学模型、有关理论和求解方法。
The mathematical model of the matrix B-game and its solution are given.
问题和模型求解条件由下面的命令设定。
Initial problem and model solution conditions are assigned with the following commands.
根据模型的结构特点，采用两级递阶优化方法进行求解。
The two-level hierarchical model optimization method is applied to find the solution.
并设置了合理的边界条件以及模型的求解方法。
And set a reasonable boundary conditions and method of this model.
采用原始-对偶内点法对该模型求解。
The authors use the primal-dual interior point method to solve the problem.
通过对机构模型进行分析计算可求解膝关节的运动及动力学参数。
Kinematics and kinetics of knee can be calculated from the mechanical model.
详细介绍该模型的原理以及求解方法。
The principle and resolution method of this model were detailed.
详细介绍该模型的原理以及求解方法。
The principle and resolution method of this model were detailed.
应用推荐