提出了基于线性赋色时态逻辑的行为建模方法，分别建立了动作、活动和行为三个不同层次的模型并给出了实例应用。
Behavior modeling method based on LCTL (linear colored temporal logic) is put forward, three different models of action activity and behavior are built and an example is presented.
具体涉及隶属函数，运筹学，线性代数等数学知识，以及层次分析法，矩阵计算等数学模型。
Involves the membership function specifically, the operations research, and so on linear algebra, as well as mathematical model of analytic hierarchy process, matrix representation and so on.
应用层次化思想，本文通过对线性方程组求解的网络模型分析，提出了一种基于网络分割、等效压缩的算法。
Using the hierarchy thought, an algorithm, which bases on network partition and equivalent compress by the analyzing the network model correspondence the linear equations group, is proposed.
区间层次分析法的优化程序通过建立上下限线性规划模型来执行，以确定备选项目交付模式的优先区间。
In interval AHP, an optimization procedure is performed via obtaining the upper and the lower linear programming models to determine the interval priorities for alternative project delivery systems.
利用相应的高层次模型，详细分析并仿真了电流源匹配误差和电流源输出阻抗对DAC的非线性误差nl、信号噪声失调比SNDR、无杂波动态范围SFDR的影响。
With corresponding models how the matching errors and output resistance of current source affect the NL, SNDR and SFDR of DAC is analyzed and simulated in detail.
运用全生命周期分析方法对产品的性能进行分析，采用线性标度法和层次分析法建立产品全生命周期评价模型。
Life cycle assessment was used to evaluate the performances of product, and linear scale and analytic hierarchy process were applied to establish the model for product life cycle assessment.
结合层次分析法，为清洁生产提出了非线性和线性两种多目标模糊评价模型，并将其用于钢铁工业清洁生产评价过程。
Combing with the Analytical Hierarchy Process (AHP), non linear and liner multiple objective fuzzy assessment models for the cleaner production are presented.
结合层次分析法，为清洁生产提出了非线性和线性两种多目标模糊评价模型，并将其用于钢铁工业清洁生产评价过程。
Combing with the Analytical Hierarchy Process (AHP), non linear and liner multiple objective fuzzy assessment models for the cleaner production are presented.
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