mathematical product
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[网络] 数学产品
双语例句
- The properties of copy-shift bridge functions, such as, recursive relations, mathematical expressions, product natures, orthogonal conditions of the bridge function are discussed further.
进一步研究了先复制后移位桥函数的性质，例如递推关系式、数学表达式、乘积特性及正交条件。 - Learning curve A graph showing the mathematical relationships between the quantity of firm's accumulative product and that of input to every unit of product.
学习曲线所描述的是企业累积性产品产量与每一单位产量所需要投入要素数量之间的关系。 - Firstly, a mathematical model of product mix optimization problems based on the Theory of Constraints ( TOC) was established. Capacity constraints of the model were simplified by definition and classification of bottleneck and non-bottleneck.
建立了基于约束理论的产品组合的数学模型，并通过对瓶颈和非瓶颈的定义和归类简化了模型的产能约束。 - Study on mathematical model of feature mapping in domains between product design and manufacturing
零件设计与制造域间特征映射数学模型的研究 - And inquires into the optimum assembly mathematical model of establishing product output from living example.
并通过实例对建立产品产量的最优组合数学模型进行了探讨。 - The paper reports a mathematical model of appraising the plotting product quality which is built up by using the principle of blurry integrative judgement. In support of the software of the mathematical model, the measurable results of evaluation can be typed out by the compute operation.
应用模糊综合评判原理，建立适合测绘产品质量评定的数学模型，在软件的支持下，通过计算机运算，输出可量化的评定结果。 - The fuzzy and grey evaluation mathematical model for green product design
绿色产品设计的灰色模糊评价模型 - This paper analyses the problems and insufficiencies of the mathematical model in current CAD systems and product lifecycle information model. For example, there is no non geometrical mathematical model data in CAD system, and the existing models are insufficient to resolve the physical problems.
分析了现有CAD系统中，数学模型的问题和不足，主要表现在：现有的CAD系统的数学模型，没有解决产品设计过程中物理问题的处理能力。 - Analyzing the mathematical representation about feature-based product assembly model in UG, the product assembly information is described by levels.
分析了UG系统中基于特征产品装配模型的数学表达，将产品的装配信息进行分层描述。 - The method of dynamics analysis based on screw theory is done to build up a dynamical equation of the robots by using the mathematical tools of twist and product exponentials formula in order to finally get the result of driving moments.
基于旋量理论的动力学分析方法是通过使用运动螺旋和指数积公式等数学工具建立起机器人的动力学方程，从而求取机器人的驱动力矩。