The Mixed Discrete variable Complex Programming method (MDCP) is used to solute the mathematical model of oil pipeline.
用MDCP法(混合离散变量组合形法)求解输油管道优化运行的数学模型，可以比较好地解决这一问题。
The direct search with mixed discrete variable was used for the de- sign, and it was run successfully in a microcomputer.
采用混合离散变量的直接搜索法，在微机上运行成功。
OTTO method is proposed for the solution of optimal design of mixed discrete continuous variable in this paper.
OTTO法是本文提出的一种可解决混合离散变量优化设计的方法。
According to the property of mixed-discrete variable problem, an adjacent producing function states is proposed, and a suitable annealing schedule to this optimzation is given.
文中根据混合离散变量的特点，提出了几种邻域状态的产生函数和迭代方案，给出了适宜的模拟退火过程的冷却进度表。
The mathematic model belongs to the nonlinear mixed-discrete variable optimization problem.
该模型属于非线性混合变量优化设计问题。
In Chapter 3, we discuss the existence and global exponential stability of periodic solutions for discrete-time cellular neural network with mixed delays and variable coefficients.
第三章对变系数离散时间混合时滞细胞神经网络模型周期解的存在性与全局指数稳定性进行了讨论。
In Chapter 3, we discuss the existence and global exponential stability of periodic solutions for discrete-time cellular neural network with mixed delays and variable coefficients.
第三章对变系数离散时间混合时滞细胞神经网络模型周期解的存在性与全局指数稳定性进行了讨论。
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