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Ayush Singh has Published 178 Articles

Ayush Singh
596 Views
Finding the biggest complete subgraph, or clique, in a given graph is the goal of the famous Maximal Clique Problem in graph theory. Each vertex in a clique is connected to every other vertex in the clique by a direct edge. The technique iteratively adds vertices connecting to all vertices ... Read More

Ayush Singh
6K+ Views
A simple graph traversal algorithm called Breadth−First Search (BFS) is employed to examine a graph step by step. Before going to an additional stage of vertices, it begins with a certain vertex (source) and checks all of its neighbours in an ordered way. In this blog post, we'll ... Read More

Ayush Singh
181 Views
The code executes a calculation to discover the least crossing tree by substituting coloured edges. It employs an energetic programming approach to calculate the least expensive toll. The calculation considers all conceivable edges and colours and recursively assesses the cost of counting or barring each edge based on whether it ... Read More

Ayush Singh
571 Views
A degree chain in graph theory indicates the order of vertices' degrees. It is crucial to ascertain whether a degree order can result in a simple graph, or a graph without parallel or self−looping edges. We will examine three approaches to resolving this issue in this blog, concentrating on the ... Read More

Ayush Singh
107 Views
To discover the tally of sets of hubs at an indeed remove in a chart, we will utilise the chart traversal calculation. Beginning from each hub, we perform a traversal, such as a breadth−first look (BFS) or a depth−first look (DFS), and keep track of the separations of all hubs ... Read More

Ayush Singh
406 Views
Finding all cliques of a certain size in an undirected graph is a fundamental graph theory issue that has many applications in social network research, biology, and data mining. A clique is a graph subset with all vertices linked.Recursive backtracking considers each vertex a potential candidate and updates the candidate ... Read More

Ayush Singh
293 Views
The D'Esopo−Pape technique works with a single source vertex as a starting point to find the shortest path between that vertex and all other vertices in a directed graph. This method outperforms the conventional Bellman−Ford approach for charts with negative edge weights. During execution, this technique swiftly chooses the vertices ... Read More

Ayush Singh
153 Views
The goal of the "Count ways to change direction of edges such that graph becomes acyclic" issue is to count the number of configurations where the edges of a graph may be changed so that the graph becomes acyclic. No cycles or loops exist in an acyclic network.A set of ... Read More

Ayush Singh
3K+ Views
Strong data structures that depict connections among entities are directed graphs. To facilitate analysis or boost algorithmic effectiveness, it could be beneficial to transform a directed graph into a tree structure in some circumstances. In this post, we'll look at two CPP algorithmic approaches for turning a directed graph into ... Read More

Ayush Singh
2K+ Views
Adjacency lists show a vertex's neighbours. Transposing an adjacency matrix into a list creates a more compact and efficient graph representation. Switching from an adjacency matrix to a list improves memory use, traversal to surrounding nodes, and edge information. This transformation enables a wide range of graph processing operations and ... Read More