A binary linear programming formulation of the graph edit distance for unweighted, undirected graphs with vertex attributes is derived and applied to a graph recognition problem. A general formulation ...

Using linear programming, we give two dual techniques which allow the building of the standardized model and the corresponding timed event graph. This study improves our understanding of the ...

Next, a linear programming formulation, based on the graph coloring approach discussed above, is used to find the optimal solution to the Sudoku puzzle shown in SudokuPuzzle.png. The script Sudoku.py ...

This repository contains the code and the data used for the experiments in the paper "Rule Induction in Knowledge Graphs Using Linear Programming" by Sanjeeb Dash and Joao Goncalves, AAAI-23.

The GraphBLAS, Basic Linear Algebra Subprograms for Graphs, spearheaded by McMillan and collaborators from industry, government, and academia, is a community-driven, open programming specification for ...

Graph algorithms consist of a non-linear data structure of nodes (vertices) and edges (relationships between nodes). These programming algorithms are essential for graph manipulation, making them ...

The GraphBLAS Forum is a world-wide consortium of researchers—across government, research centers, academia, and industry—working to develop an application programming interface (API) specification ...

A linear equation is drawn as a straight line on a set of axes. To draw the graph we need coordinates. We generate these coordinates by substituting values into the linear equation.