Rayiha Niyazova
Experimental analysis of an innovative approximate solution method for an integer programming problem
The article presents an experimental analysis of an innovative approximate solution method for the integer programming problem, of which the author is a co-author. This method was published in a Web of Science-indexed journal. In that work, a theoretical investigation of the method was provided, and for clarity, the method was explained using a numerical example. However, no experiments were conducted there to determine the effectiveness of the method. Naturally, a more comprehensive conclusion regarding the effectiveness and quality of the method can be drawn after extensive experiments conducted on problems of various dimensions with random coefficients. Therefore, in this work, numerous problems of different dimensions and with random coefficients are solved by applying said method, and conclusions regarding the quality of the method are drawn.
Keywords: Integer programming problem, Innovative approximate solution, Experimental analysis
DOI: https://doi.org/10.54381/icp.2026.1.08
Experimental analysis of an innovative approximate solution method for an integer programming problem
The article presents an experimental analysis of an innovative approximate solution method for the integer programming problem, of which the author is a co-author. This method was published in a Web of Science-indexed journal. In that work, a theoretical investigation of the method was provided, and for clarity, the method was explained using a numerical example. However, no experiments were conducted there to determine the effectiveness of the method. Naturally, a more comprehensive conclusion regarding the effectiveness and quality of the method can be drawn after extensive experiments conducted on problems of various dimensions with random coefficients. Therefore, in this work, numerous problems of different dimensions and with random coefficients are solved by applying said method, and conclusions regarding the quality of the method are drawn.
Keywords: Integer programming problem, Innovative approximate solution, Experimental analysis
DOI: https://doi.org/10.54381/icp.2026.1.08