A double-pivot simplex algorithm and its upper bounds of the iteration numbers

Y Yang - Research in the Mathematical Sciences, 2020 - Springer
In this paper, a double-pivot simplex method is proposed. Two upper bounds of iteration
numbers are derived. Applying one of the bounds to some special linear programming (LP) …

[HTML][HTML] Colorful linear programming, Nash equilibrium, and pivots

F Meunier, P Sarrabezolles - Discrete Applied Mathematics, 2018 - Elsevier
The colorful Carathéodory theorem, proved by Bárány in 1982, states that given d+ 1 sets of
points S 1,…, S d+ 1 in R d, with each S i containing 0 in its convex hull, there exists a set …

Tropical aspects of linear programming

P Benchimol - 2014 - polytechnique.hal.science
In this thesis, we present new results on the complexity of classical linear programming on
the one hand, and of tropical linear programming and mean payoff games on the other …

Colorful linear programming, Nash equilibrium, and pivots

F Meunier, P Sarrabezolles - arXiv preprint arXiv:1409.3436, 2014 - arxiv.org
The colorful Carath\'eodory theorem, proved by B\'ar\'any in 1982, states that given d+ 1 sets
of points S_1,..., S_ {d+ 1} in R^ d, with each S_i containing 0 in its convex hull, there exists a …

Steepest-edge rule and its number of simplex iterations for a nondegenerate LP

M Tano, R Miyashiro, T Kitahara - Operations Research Letters, 2019 - Elsevier
In this paper, we consider the number of simplex iterations with the steepest-edge rule for
the simplex method. For a nondegenerate linear programming problem, we show two upper …

On the number of solutions generated by the simplex method for LP

T Kitahara, S Mizuno - Optimization and Control Techniques and …, 2014 - Springer
We obtain upper bounds for the number of distinct solutions generated by the simplex
method for linear programming (LP). One of the upper bounds is polynomial in the number …

[引用][C] The simplex method and the diameter of a 0-1 polytope

T Kitahara, S Mizuno - Technical Paper, Tokyo Institute of Technology, 2012

[PDF][PDF] 単体法が生成する基底解の数の上界

北原知就 - … リサーチ= Communications of the Operations Research …, 2014 - orsj.org
単体法は, 線形計画問題を解く最も有名なアルゴリズムである. Klee-Minty が実際の反復回数が
指数回になり得るという否定的な研究結果を発表したことにより, 単体法の反復回数については …

[引用][C] The Simplex Method and 0-1 Polytopes

T Kitahara, S Mizuno - Journal of Mathematical Sciences, 2015