1) gaussian elimination
高斯消去法
2) Gauss elimination method
高斯消去法
1.
Taking the uncertainty of injected node active power into account, interval linear equations are solved with interval Gauss elimination method in the proposed algorithm.
该算法考虑了节点注入有功功率的不确定性,采用区间高斯消去法求解区间线性方程组,得到母线电压相角和支路有功功率的上下限,即区间潮流方程的区间解。
2.
With the polar coordinates and the objective function of minimal generation cost, this algorithm deals with constraint conditions by slack variables, establishes the Lagrange Function with primal variables and dual ones and solves the correction equation of Newton Method with Gauss Elimination Method.
该算法采用极坐标形式表达,以发电总费用最小为目标函数,利用松弛变量处理不等式约束条件,使用原对偶变量建立拉格朗日函数,根据KKT最优条件,通过列选高斯消去法求解牛顿法中的修正方程式。
3) Gauss-Jordan elimination algorithm
高斯主元消去法
4) Interval Gaussian Elimination
区间高斯消去法
5) Gauss direct elimination technique
高斯直接消去法
1.
Applying the optimization algorithm and Gauss direct elimination technique,we present a systematic approach to explore the single reciprocal screw axis of four groups of nine Bennett-based six-revolute mechanisms numerically and to elucidate their kinematic geometric properties graphically.
本文采用 DFP 最佳化演释及高斯直接消去法,有系统地数值化探讨四大类群九种 Bennett 基六迴转对机构的反覆螺旋轴,并图形化描述其运动几何特性。
6) Gaussian elimination algorithm
高斯消去算法
补充资料：高斯消去法
见消元法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条