Added a new function to detect cycles in an undirected graph using depth-first search (DFS) algorithm. The implementation uses a visited set and tracks the parent node to avoid marking the immediate parent as a
DFS Cycle Detection for Undirected Graphs To detect cycles in an undirected Graph using Depth First Search (DFS), we use a code very similar tothe DFS traversal codeon the previous page, with just a few changes. How it works: Start DFS traversal on each unvisited vertex (in case the Gra...
Data StructureGraph AlgorithmsAlgorithms To detect if there is any cycle in the undirected graph or not, we will use the DFS traversal for the given graph. For every visited vertex v, when we have found any adjacent vertex u, such that u is already visited, and u is not the parent of...
Learn how to detect cycles in a directed graph using various algorithms and techniques. This guide covers necessary concepts and practical implementations.
When using a GA for solving optimization problems, it is very important, like in every other optimization method, to choose a good starting point to achieve faster convergence rate and detection of optimal solution. That is why the most issues are related to ineffective initial population ...