Tolerance sensitivity analysis was conceived in 1980 as a pragmatic approach to effectively characterize a parametric region over which objective function coefficients and right-hand-side terms in linear programming could vary simultaneously and independently while maintaining the same optimal basis. As originally proposed, the tolerance region corresponds to the maximum percentage by which coefficients or terms could vary from their estimated values. Over the last thirty years the original results have been extended in a number of ways and applied in a variety of applications. This paper is a critical review of tolerance sensitivity analysis, including extensions and applications
The aim of this paper is to provide an overview of tolerance analysis. Tolerancing decisions can pro...
Abstract — In this paper a reduced multiplicative tolerance- a measure of sensitivity analysis in mu...
The tolerance package for R provides a set of functions for estimating and plotting tolerance limits...
Tolerance sensitivity analysis was conceived in 1980 as a pragmatic approach to effectively characte...
This paper takes a fresh look at sensitivity analysis in linear programming. We propose a merged app...
[[abstract]]In this paper, global sensitivity analysis of a Multiple Objective Linear Programming pr...
In this note we deal with sensitivity analysis of combinatorial optimization problems and its fundam...
AbstractIn this paper, global sensitivity analysis of a Multiple Objective Linear Programming proble...
Sensitivity analysis in linear programming studies the stability of optimal solutions and the optima...
http://www.sciencedirect.com/science/article/B6VCT-447DBMN-2/1/630bdb10d9f6ed6a3b1fd3e26ffae06
In this note we deal with sensitivity analysis of combinatorial optimization problems and its fundam...
In tolerancing, the product functions and quality should be ensured in the presence of geometric var...
Abstract. In this paper we deal with sensitivity analysis of combinatorial optimization problems and...
Postoptimality or sensitivity analysis are well-developed subjects in almost all branches of mathema...
In Operations Research, sensitivity analysis describes the methods and tools used to study how the o...
The aim of this paper is to provide an overview of tolerance analysis. Tolerancing decisions can pro...
Abstract — In this paper a reduced multiplicative tolerance- a measure of sensitivity analysis in mu...
The tolerance package for R provides a set of functions for estimating and plotting tolerance limits...
Tolerance sensitivity analysis was conceived in 1980 as a pragmatic approach to effectively characte...
This paper takes a fresh look at sensitivity analysis in linear programming. We propose a merged app...
[[abstract]]In this paper, global sensitivity analysis of a Multiple Objective Linear Programming pr...
In this note we deal with sensitivity analysis of combinatorial optimization problems and its fundam...
AbstractIn this paper, global sensitivity analysis of a Multiple Objective Linear Programming proble...
Sensitivity analysis in linear programming studies the stability of optimal solutions and the optima...
http://www.sciencedirect.com/science/article/B6VCT-447DBMN-2/1/630bdb10d9f6ed6a3b1fd3e26ffae06
In this note we deal with sensitivity analysis of combinatorial optimization problems and its fundam...
In tolerancing, the product functions and quality should be ensured in the presence of geometric var...
Abstract. In this paper we deal with sensitivity analysis of combinatorial optimization problems and...
Postoptimality or sensitivity analysis are well-developed subjects in almost all branches of mathema...
In Operations Research, sensitivity analysis describes the methods and tools used to study how the o...
The aim of this paper is to provide an overview of tolerance analysis. Tolerancing decisions can pro...
Abstract — In this paper a reduced multiplicative tolerance- a measure of sensitivity analysis in mu...
The tolerance package for R provides a set of functions for estimating and plotting tolerance limits...