Although being revised into a form of network simplex method, it is still not a good algorithm.
虽然它被纳入了单形法的框架，但仍然不是一个好算法。
Some geometric inequalities on metric addition simplex which volume and radius of circumscribed sphere are obtained. As its application, some important corollaries are given.
本文获得了一类关于度量加单形的体积和外接超球半径的几何不等式，作为其应用，给出了一些重要的推论。
This algorithm is a simplex method based on the simple object and multi_condition restriction.
该算法是基于单目标、多约束条件的单纯形法。
Secondly, simplex crossover operator is used to population to generate offspring.
接着采用单形交叉算子来对当前群体进行交叉操作；
With characters of phase diagram, simplex lattice method and single factor alternative method were used to optimize formulation of microemulsion respectively.
根据相图特点，分别对两个系统采用单纯形网格法和单因素轮换法进行优化。
This article gives the volume inequality of higher dimension simplex about interface and dihedral angle, then sets up regular simplexs volume formula which differs from definition.
给出了高维单形与界面有关的体积不等式和与二面角有关的体积不等式，进而建立正则单形的有别于定义式的体积公式。
This article gives the volume inequality of higher dimension simplex about interface and dihedral Angle, then sets up regular simplex's volume formula which differs from definition.
给出了高维单形与界面有关的体积不等式和与二面角有关的体积不等式，进而建立正则单形的有别于定义式的体积公式。
In this paper, some relations of the invariants concerning the simplex and its tangent point simplex, are given and then, an inequality for the dihedral angles of a simplex is also presented.
本文首先给出单形的不变量和它的切点单形的不变量之间的若干关系式，然后再给出一个关于单形二面角的不等式。
In application, the author also gives the stability versions of the inequalities concerning the volume, circumradius and median of ann-simplex.
作为应用还给出了涉及单形的体积、外接超球半径和中线的不等式的稳定性型式。
Two inequalities for pedal simplex and applications.
关于垂足单形的两个不等式及其应用。
As its applications, we obtained a construction theorem about a simplex and a geometric inequality about middle sections of a simplex.
本文给出关于单形极集的两个几何不等式，作为其应用·获得单形的一个构造定理和关于单形中面的一个几何不等式。
By using control inequality theory, some geometric inequalities are established, which involve the inradius, radius of escribed sphere and altitudes of simplex inn-dimensional Euclidean spac.
利用控制不等式理论，建立了涉及单形内切球半径、旁切球半径和高的几个不等式。
In particular, the proposed algorithm can prevent cycling when compared with the conventional simplex method used for solving linear programs.
特别的是相较于传统的单形法，本文所提演算法在处理线式规划问题时能避免落入演算循环的情况。
In particular, the proposed algorithm can prevent cycling when compared with the conventional simplex method used for solving linear programs.
特别的是相较于传统的单形法，本文所提演算法在处理线式规划问题时能避免落入演算循环的情况。
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