本文阐述了一个基于动态数学模型及启发式优化策略的连续加热炉计算机控制系统的设计与实施。
The design and implementation of reheating furnace computer control system based on the dynamic mathematical model and the heuristic optimization strategy is discussed in this paper.
通过设计一个平方和函数，使蜡沉积速率的计算值与实测值的残差平方和为最小的优化数学模型成为一个无约束的非线性规划问题。
The paper designs a sum of square function, which is an optimization mathematical model that makes the residual sum of squares of wax deposition rate between the calculated and the measured minimum.
为了描述多枢纽选址与混合网络设计综合优化问题，引入了双层规划模型建立数学模型。
To express integrated optimization of multiple hubs location and mixed network design, a bi-level programming model was introduced for mathematical models.
本文给出了重力式桥墩与明挖基础整体优化设计的数学模型，选择序列线性规划法，并利用线性规划的对偶理论求最优解。
In this paper, a mathematical model for integral optimization design of pier shaft and its foundation is given, and the SLP method and duality theory are applied here to have a optimal solution.
必须创建与钻井条件相适应的钻井参数优化数学模型。
So it is necessary to establish the mathematical model of optimization for drilling parameters, which agrees with the drilling conditions.
为得到最优计划方案，针对搭接网络计划，建立了资源均衡优化的数学模型，并设计了自适应蚁群系统的求解算法与实现过程。
To get the optimum solution for the planning, I construct a model of resource optimization for spliced network planning, and design Adaptive Ant Colony Algorithm to solve it.
该数学模型可以用来指导模拟移动床色谱装置的设计操作、过程优化与先进控制。
This model can facilitate the design, operation, process optimization and advanced control of a SMBC unit.
采用二次饱和D—最优设计建立了精播条件下不同类型花生品种N肥用量和密度与产量的数学模型，探讨肥料与密度的产量效应及优化配置。
Mathematic models between yield and N fertilizer and plant density for two peanut variety types were set up by using quadratic saturation D-optimization design under single-seed planting.
提出了带与齿轮组合传动系统优化设计数学模型的建立方法。
The mathematical modeling to optimize belt gear transmission system is presented in this paper.
对导管螺旋桨进行优化设计的分析与探讨，建立优化数学模型，通过实例说明其可行性。
It's analyzed and inquired into optimality design of duck propeller. Mathematical models are set up. It shows it's practicable through example.
分析武器系统的安全可靠性与费用的关系，提出了一个两目标优化问题的数学模型。
Analyzed the relationship between the safety and reliability and the expenses for weapon systems, a mathematic optimal model with two object functions is put forward.
建立了管径优化与泵站优化计算的数学模型，确定了模型的解法并引入了LINGO优化软件包。
Mathematical models for pipe diameter optimization and pump station optimization calculation were constructed, solution to model was determined and LINGO optimization software package was introduced.
以模糊优化数学模型为理论基础，针对汽车工程中的有关模糊优化设计与分析作了简要论述。
Based on the theory of the fuzzy optimized mathematical model, the paper deals briefly with the fuzzy optimized design as well as its analysis in relation to the automobile engineering.
在研究矩形件优化排样数学模型的基础上，根据不同的下料的工艺要求，构造出与之相适应的四种不同的近似优化算法。
Based on researching mathematical model for optimal layout of rectangular piece, the paper constructs four optimal layout algorithms according to different processing technology conditions.
为了解决工程研制中某型涡扇发动机性能调整与优化问题，建立了关键截面调整对发动机特性影响的数学模型并开发了相应的程序。
A model of optimizing the turbofan engine performance by adjusting the key sections of components and the program based on the model were developed.
讨论了切削参数的智能化选择问题，进而确定了建立优化数学模型的优化目标，即与企业生产相一致的经济指标最高生产率和最低成本。
Then the problems of wit choice for cutting parameters are discussed. At the same time, optimization aims are found. They are the high productivity and low cost.
在将可靠性设计方法与优化设计方法相结合的基础上，建立减速器以体积之和为最小的可靠性优化设计的数学模型。
Based on the combination of the reliability design and optimization design, the mathematical model was created for the optimization-reliability design of the reducer to minimize its volume.
该数学模型可用于焊缝成形质量的监测与控制，也可用于焊接规范的优化设计。
It can be used for monitoring and controlling welding quality, and also be used for optimizing welding. conditions.
为此 ，研究了产品与过程设计活动之间的并行度优化问题 ，并建立了数学模型 ，给出了求解该问题的算法 ，其目的是使因延迟产品开发完成时间和不必要的设计修改而带来的成本尽可能最低。
A parallel optimization algorithm is proposed based on the idea of affinity maturation of immune cells in the germinal centers in order to achieve as many as possible local optimal solutions.
为此 ，研究了产品与过程设计活动之间的并行度优化问题 ，并建立了数学模型 ，给出了求解该问题的算法 ，其目的是使因延迟产品开发完成时间和不必要的设计修改而带来的成本尽可能最低。
A parallel optimization algorithm is proposed based on the idea of affinity maturation of immune cells in the germinal centers in order to achieve as many as possible local optimal solutions.
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