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。
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.
在此基础上利用拉格朗日乘子法，提出了一种在满足抑振的同时进行机器人关节力矩优化的方法。
On the basis of above, a method for both suppressing vibration and optimizing joint-torques is proposed by using Lagrangian multiplier method.
同时探讨了接触问题的三种计算方法——拉格朗日乘子法、罚函数法和基于求解器的直接约束法；
The FEM calculate method for contact problem, i. e. LAGRANGE multipliers, penalty methods and direct constrains were discussed.
根据GB150—1998钢制压力容器中整体法兰中的应力校核原则，采用优化设计方法中拉格朗日乘子法，进行最小质量的优化计算。
According to the stress check criteria of the integral flange stipulated in GB150-1998 steel pressure vessels, optimum design of the integral flange is made by Lagrangian method.
在以往的方法中，不同的编码层使用相同的拉格朗日乘子。
The existing scheme use same Lagrange multiplier for each layers in LARDO-based SVC encoding.
本文的第二个贡献是，针对SVC的编码模式选择，我们考察了在具有丢失感知的率失真优化中拉格朗日乘子的选择方法。
In the second contribution, we formulate mode decision of loss-aware rate distortion optimization (LA-RDO) with Lagrange multiplier selection in SVC scenarios.
本文的第二个贡献是，针对SVC的编码模式选择，我们考察了在具有丢失感知的率失真优化中拉格朗日乘子的选择方法。
In the second contribution, we formulate mode decision of loss-aware rate distortion optimization (LA-RDO) with Lagrange multiplier selection in SVC scenarios.
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