LaGrange

朗日───LaGrange

Substitute it into the Lagrange function , and then we get dynamic equation of the system.───由运动学关系式和拉格郎日方程得到了系统的动力学模型.

Gauss discovered the upper limit; Lagrange discovered the lower limit.───这个上限值是高斯发现的; 拉格朗日发现了下限.

The Lagrange method is simpler as compared to the Newton's method.───与牛顿方法相比,拉格朗日方法要简便得多.

For the geometry depicted in Figure 2 - 2 , the lagrange multiplier is positive.───对于图 2-2 中所画的几何图形来说, 拉格朗日乘子是正的.

Enforce essential boundary conditions using Lagrange multipliers.───用拉氏乘子加强本征边界条件.

Lagrange discovered the lower limit.───拉格朗日发现了下限.

It is composed of variable neurons, Lagrange multiplier neurons and Kuhn - Tucker multiplier neurons which are interconnected.───该模型由交量神经元 、 Lagrange乘子神经元和Kuhn - Tucker乘子神经元相互连接构成.

Now we try to apply our Lagrange multiplier equations.───现在我们来用拉格朗日乘数法方程。