In this paper, the existence and uniqueness theorems of solution of a class Non-monotonic parametric stochastic operator equation with piecewise contraction property is discussed.
本文讨论了一类非单调的具有分段压缩性质的含参数随机算子方程组的解的存在性和唯一性。
The solution to the problem of parametric linear programming by lumped matrix is discussed and ordinary method is given.
用分块矩阵法讨论了参数线性规划问题的求解方法，并给出了一般的公式。
By analysis of the concept, expression, classification and solution of the constraints, the method of (parametric) design for pattern is discussed further with an example of the front of Qipao.
结合约束的概念、分类、表示及其求解的分析，并以旗袍前襟为例，对服装纸样参数化设计方法作了进一步的探讨。
As its applications, the continuity of solution mappings for a class of parametric vector optimization problem and parametric vector variational inequality is obtained.
作为应用，得到一类参数向量优化问题和参数向量变分不等式的解的连续性。
In this pater, using parametric transform method direct derive soliton wave equation of loss optical fibers and elementary soliton solution.
本文用参量变换法直接导出了有耗光纤的孤波方程及其基态孤子解。
A variable length simple pendulum model is introduced, elementary analysis and perturbation analytic solution of nonlinear differential equation for parametric resonance are presented.
采用可变长度单摆的力学模型对秋千振荡给出初等分析，采用微扰近似法导出了秋千的非线性参数共振解析解， 并进行了讨论。
Results Original integrable results of this problem are generalized and parametric expression of the general solution is given.
结果推广了该问题可积的一些原有结果，并给出了通解的参数表示式。
By the solution of the model, a calculating formula of the local dihedral angel of intersecting line and a parametric equation of contacting line are given.
通过对此数学模型的求解，导出了相交双管相贯线上各点局部二面角的计算公式，给出了相交双管装配接触线的参数方程，并解释了其数学本质。
In this paper, the stability of proper efficient solution of multi-objective convex parametric programming is discussed.
本文讨论多目标凸参数规划的真有效解稳定性。
By the parametric potential energy variational principle, the analytic solution of expansion problem of granular material pile is obtained.
利用参变量最小势能原理，求出了散体材料桩扩张问题的解析解。
The respective parametric quadratic programming solution can be used to solve the FEM frictional contact problem exactly. The numerical example clarifies the procedure.
参变量二次规划可以用于精确求解，并且通过数例说明了计算方法。
The respective parametric quadratic programming solution can be used to solve the FEM frictional contact problem exactly. The numerical example clarifies the procedure.
参变量二次规划可以用于精确求解，并且通过数例说明了计算方法。
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