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- 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。
- There is also a comprehensive treatment of optimality conditions, Lagrange multiplier theory, and duality theory. 这门课程也包括了对最适化条件，拉格朗日乘数理论，和对偶理论的综合论述。
- A Theory of Variational Assimilation with Kalman Filter - Type Constraints: Bias and Lagrange Multiplier. 卡门滤波器型限制的变分同化理论:偏差和拉格朗日放大器。
- A K-K-T point and corresponding Lagrange multiplier of MOP are obtained by tracking numerically this path. 数值追踪这条路径;可以得到多目标规划问题(MOP)的K-K-T点及相应的Lagrange乘子.
- Combined with Lagrange multiplier method, a new continuum structural topologic optimization method is proposed. 结合拉格朗日乘子法，形成了一种新的连续体结构的拓扑优化方法。
- Thirdly, this paper extends the NMM to practical and more efficient FEM meshes, imposing the essential boundary conditions with Lagrange multiplier. 该文将数值流形方法扩展于实用高效的有限元网格,引入拉格朗日乘子法处理边界条件。
- The conditions of compatibility at the interfaces between each subdomain are satisfied weakly by a Lagrange multiplier technique. 电磁波通过子域交界面的约束条件是通过引入Lagrange乘子而弱满足 .
- Finally, problems which should be paid attention in using the Lagrange multiplier method given in the paper are pointed out. 并指出应用文[2]所指Lagrange乘子法时应注意的问题.
- The Lagrange multiplier method is one of the approaches for determining conditional extremum of function in Advanced Mathematics. Lagrange乘数法是《高等数学》中求函数条件极值的一种方法。
- A Lagrange multiplier based fictitious domain method for the Dirichlet problem of a class of linear elliptic operators is discussed. 本文首先讨论了一类椭圆型算子Dirichlet问题的基于Lagrange乘子的虚拟区域方法。
- Then its generalized variational principle is established on the basis of Lagrange multiplier method by absorbing the first kind of boundary condition. 然后利用拉格朗日乘子法,吸收第一类边界条件,从而得出其广义变分原理;
- Enforce essential boundary conditions using Lagrange multipliers. 用拉氏乘子加强本征边界条件。
- 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。
- By introducing penalty function terms,the problems,which would arise in the case of pure Lagrange multiplier method or penalty function method. 通过附加惩罚函数项，克服了单纯使用拉格朗日乘子法或惩罚函数法时存在的问题。
- An inequality was proved by using the theory of conditional extremum on funtions of several variables and lagrange multiplier method. 应用多元函数条件极值理论和Lagrange乘数法去证明一个不等式。
- This method treats Dirichlet boundary condit ion via a Lagrange multiplier technique and is well suited to the no-slip bound ary condition in viscous flow problems. 这种方法通过 Lagrange乘子技术来处理 Dirichlet边界条件 ,因而非常适用于粘性流动问题中的无滑移边界条件。
- Methods When the total absorbed energy was defined,with the proposed TCP model and the method of Lagrange multiplier,the condition which can cause the optimum TCP will be derived. 方法在假设肿瘤部位治疗能量一定的情况下,根据提出的TCP计算模型,用拉格朗日乘子方法推导出任意肿瘤生物学参数取值分布时获得最大TCP的条件。
- With the Lagrange multiplier method, the minimum distance of the center of a circle and a quadric surface was provided and the tangency condition of curve and surface was given. 利用拉格朗日乘子法求解二次曲线和二次曲面之间的最小距离,给出了曲线与曲面相切的条件。
- A design method based on Lagrange multiplier was introduced for the surface calculation of CPT's correcting lens. Vertex position and normal victor was used together for interpolation to lens's surface. 利用 Lagrange系数乘子法 ,对 CPT曝光用校正透镜曲面进行了计算 ,并采用型值点和法向矢量对曲面进行插值。
- Using the ratio of unit holding cost and cost per shortage occasion M as multiplier,Lagrange multiplier method is applied to solve the problem. The specific meaning of M is also given. 以单位库存持有成本和单位缺货成本的比值M为拉格朗日系数,应用拉格朗日乘数法求解该模型,并应用边际理论说明了M的实际意义。
