Scheme实现必需要实现这种优化，很多其他函数式语言实现也必须要实现。
Scheme implementations are required to implement the optimization and many other functional language implementations do so, too.
以振动输送机械能量效率为目标函数，探讨单质体惯性式振动输送机械的优化设计方法。
This paper discussed the optimization design of the inertial vibrating conveyer under the best energy efficiency of conveyer as its objective function.
本文对离心式及轴流式通风机采用不同的目标函数、设计变量、约束条件和优化方法进行优化设计。
Centrifugal and axil ventilating fans are optimized by using different objective functions, different variables of design, different constraint forced conditions, different methods of optimization.
由于优化问题可能是不连续的、不可微的甚或是没有函数解析式的，传统经典的无约束优化方法在应用时会受到限制。
Because the optimization problem may be discontinuous and non-differentiable even has no objective function, the traditional optimization methods are unable to tackle with it.
研究了一种计算机辅助的交互式尺寸链自动生成方法和基于惩罚函数法的公差遗传优化算法，编制了相应的软件。
This paper presents a computer-aided method of automatic generation of dimension chains and penalty function-based tolerance genetic optimization, and the corresponding software has been developed.
并且分析了算法中的函数，对函数进行了优化，使算法所需要的时间大大缩短，为之后算法在嵌入式系统上的移植提供了一个良好的基础。
And the function has been optimized so that the algorithm greatly shorten the time needed. It's provide a good foundation when the algorithm was used in embeded system.
基于SIMP密度函数惩罚模型和优化准则法，建立了一种设计变量的显式迭代格式。
Further, an implicit iterative algorithm for the design variables is also established based on SIMP interpolation scheme and optimality criteria method.
本文以抽水蓄能电站及有压引水式水电站为典型对象对水力系统各建筑物建立了整体参数优化数学模型，其后又针对该模型的目标函数不可求导、计算量大、维数多、非线性的特点。
This paper take pumped storage station and diversion type power station as typical objects of study and gives out a global optimal model of the parameters of the water way structures.
本文在允许误差范围内，导出了目标函数的近似式，并给出了优化截面的简化公式。
In this paper deduces an aim-functional approximative formula is derived in the range of the allowable error and the simple formula for optimum section is found.
建立受热阻和回热损失影响的埃里克森循环模型，以输出功率为目标函数，导出循环的基本优化关系式。
An Ericsson cycle model under the influence of thermal resistance and regeneration loss is established and a basic optimization relation of the cycle deduced, using output power as a target function.
建立受热阻和回热损失影响的埃里克森循环模型，以输出功率为目标函数，导出循环的基本优化关系式。
An Ericsson cycle model under the influence of thermal resistance and regeneration loss is established and a basic optimization relation of the cycle deduced, using output power as a target function.
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