Then a new algorithm for linear programing is described and proved without the use of any artificial variable.
给出了不需引入人工变量的线性规划问题的求解算法。
However, we need to introduce artificial variable during transforming, which make the procedure of solving complex and difficult to operation.
但由于在转化成线性规划的过程中要引入人工变量，从而使求解过程变得复杂且不易操作。
It can be obtained by applying directly twist operation under a table and need not input artificial variable. After this, we may find optimal solution under the table as the same as simplex method.
它不必引入人工变量而可在一种表格之下直接应用旋转运算而获得，之后就在同一张表格下完全和单纯形法一样求最优解。
Production attitude of buried-hill inside formation is initially determined by using variable angle formation dip treatment and single point artificial calculation method.
利用变角度地层倾角处理和单点人工计算法，初步确定了潜山内幕地层的产状；
An artificial neural network algorithm, based on variable slope BP algorithm and conjugate gradient algorithm, is presented in this paper.
在常规算法的基础上，提出了一种基于变斜率算法与共轭梯度算法的接力逆向传播算法。
Based on the new ANN (artificial neural network) inverse system control method, the AC variable frequency speed control system is analyzed and experimented.
本文运用神经网络逆系统这一新的控制策略，对异步电机变频调速系统进行可逆分析与控制试验。
Of all artificial relations formed between mankind, the most capricious and variable is that of author and reader.
在人与人之间形成的所有人为关系中，最变化无常的是作者与读者的关系。
Based on characteristics of BP neural network which can precisely analyze multi-variable nonlinear systems using artificial intelligence, in this paper, we proposed model for predicting rubber aging.
依据BP神经网络系统能够利用人工智能的方法，准确分析多变量非线性系统的特性，采用多层向前BP神经网络系统建立起了橡胶老化预报模型。
A global sliding model variable structure control scheme based on artificial neuron compensation for a direct drive AC permanent magnet linear servo system are presented in this paper.
针对直接驱动的交流永磁直线伺服系统，提出一种基于神经元补偿控制的全程滑模变结构控制策略。
Variable threshold value artificial neuron is that the threshold value of variable threshold value artificial neuron varies along with input and output.
阈值可变人工神经元的阈值随神经元的输入信息和输出结果而变化，为解决单调非线性模拟量精确测量问题提供了理论依据。
The present solver USES a primitive variable formulation that is based on the artificial compressibility method combined with dual time stepping method.
求解程序采用虚拟压缩方法和双时间步的时间推进方案，对流项的差分采用高阶精度的数值差分格式。
The present solver USES a primitive variable formulation that is based on the artificial compressibility method combined with dual time stepping method.
求解程序采用虚拟压缩方法和双时间步的时间推进方案，对流项的差分采用高阶精度的数值差分格式。
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