In a directed graph, however, a path or a cycle is determined by the direction of the edges, as well as the order of the vertices. For example, in the graph below, ...

This C++ program demonstrates the application of dynamic programming to find the shortest path in a directed graph. It efficiently calculates the optimal cost of traversing from a starting point to an ...

This project implements an algorithm in assembly language to count the number of paths of a given length between two nodes in a directed graph. The assembly code provided calculates the number of ...

Hi Guys, I am just playing with dijkstra algorithm in C# and got it working good but now I want to modify it to get all the possible paths from the start and target nodes. Any advise?

Trust relation in this work refers to permission that is given to a user at source-host to access another user at target-host through an authentication key with a unique fingerprint. We form a ...

The slime mold Physarum polycephalum has been used to find the shortest path between the source and target point in a given labyrinth. However, the classical algorithm can't deal with the shortest ...

In this paper we study the structure of k-transitive closures of directed paths and formulate several properties. Concept of k-transitive orientation generalizes the traditional concept of transitive ...

Such schemes are long known to be difficult on graphs: the expressiveness of edge connections means any partitioning of vertices will leave a substantial fraction of edges between the components. This ...