这是一个全新的双目标优化设计。
然后，对此双目标优化问题提出了一个新的进化算法。
Then a new evolutionary algorithm for this two objective optimization problem is proposed.
提出了一种新的适用于双目标优化的适应函数的构造方法。
A new type of fitness function suitable to bi \ | objective optimization problems is suggested.
为验证自适应翼型增益的效果，计算了双目标优化翼型的气动特性。
The aerodynamic efficiency is compared with bi objective optimization airfoil's, to identify the advantage of adaptive airfoil.
最后，对模型进行改进，提出双目标优化函数，得到在新规范下线光源的最优长度。
Finally, by improving the model and suggesting a two-objective optimization function, the optimal length is worked out under a new rule.
本文计算了对称圆弧翼型和NACA 6 5 A0 0 6翼型。 计算结果表明，自适应翼型比双目标优化的翼型有更好的气动特性。
Numerical results of symmetric arc airfoil and NACA65A006 airfoil show that aerodynamic efficiency of adaptive airfoil is better than that of bi objective optimization airfoil.
通过把单目标最优解模糊化，将双目标模糊优化问题转化为单目标极小化极大问题求解；
The problem of fuzzy optimization of two objectives is transformed into single objective problem by means of the fuzziness of optimum solutions of single objective.
建立了摆动活齿传动的双目标模糊可靠性优化设计数学模型：并给出了计算实例。
The mathematical model of two-objective fuzzy reliability optimization design for swing movable teeth drive is put forward. A numerical example is given.
实验结果说明，运用双目标模糊优化技术，会使水消声器的结构设计更合理。
In experiment, the results show that double-objectives fuzzy optimization technology can be adopted with the structure design of water muffle more reliable.
首次应用模糊优化理论研究叉簧式加速度开关的双目标模糊可靠性优化设计原理和方法。
For the first time, the fuzzy optimization theory is applied to study the principle and method of the two objective fuzzy reliability optimum design of acceleration switch with cross springs.
本文确立了货位规划问题的具体目标——在一定时期内出入库搬运距离之和最小和货架重心最低，并以此建立双目标货位规划优化模型。
This paper presents the specific objectives of goods location layout—to minimize the total hauling distance of in-out stock within a certain period and to lower the shelf barycenter to the minimum.
把修缘角外插齿刀的设计归结为一个双目标的优化问题，建立了优化设计的数学模型。
This paper concludes the designing of the external tooth shaping cutter for tooth tip relief as a double-aimed optimization problem and proposes a mathematic model of optimum design.
本文用最优控制理论建立双目标模型与能量模型对拱坝进行动力优化分析，两模型综合考虑拱坝的安全性、经济性和稳定性。
The Optimum Control Theory is applied to establish the double objective model and energy model for dynamic optimization of arch dam.
本文用最优控制理论建立双目标模型与能量模型对拱坝进行动力优化分析，两模型综合考虑拱坝的安全性、经济性和稳定性。
The Optimum Control Theory is applied to establish the double objective model and energy model for dynamic optimization of arch dam.
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