Subgraph

The subgraph we created by deleting edges with low weight allowed us to analyze only the most significant connections.

By creating a subgraph that included only the most influential nodes, we could study the information flow through the network.

By looking at a subgraph, we can gain insights into the properties of the original graph.

We created a subgraph by removing edges that had low edge-betweenness centrality to study the network's bottleneck properties.

To investigate the behavior of a certain set of nodes, we created a subgraph that included only those nodes and their neighbors.

The subgraph that we obtained after removing the central node revealed a hidden community structure.

We can use a subgraph of the original graph to test our hypothesis before running it on the entire graph.

To analyze the network more efficiently, we created a subgraph that included only the nodes with the highest degree.

By creating a subgraph, we can focus on a smaller set of nodes and edges to solve a problem.

The algorithm can efficiently find the maximum weight subgraph.

A forest is a graph that does not contain any cycles, but a subgraph of a forest can contain cycles.

The maximum independent set of a subgraph is a set of nodes not connected by edges.

The subgraph of the story focused on the protagonist's childhood.

The subgraph of the recipe showed only the ingredients needed for the sauce.

The subgraph of the company's finances revealed some discrepancies.

The subgraph of the brain responsible for language processing is complex.

The subgraph in question is a bipartite graph.

The number of vertices in a subgraph cannot exceed the number in the original graph.

The subgraph isomorphism problem is to determine whether a graph is a subgraph of another graph.

The subgraph structure of a network can reveal its hierarchical organization.

The subgraph topology analysis examines the connectivity patterns of the smaller graph.

The subgraph nodes are a part of the larger graph.

The algorithm identifies the subgraph structure.

The subgraph edges are a subset of the larger graph.

The subgraph connectivity of a graph can be used to determine its robustness.

The subgraph analysis is based on the original graph.

The subgraph density of a graph is a measure of its sparsity.

The subgraph algorithm identified a smaller subset of vertices and edges in the larger graph.

In graph theory, a subgraph is a subset of the original graph.

By finding the maximum subgraph, we can identify the most important components of a network.

The subgraph vertices are a subset of the original graph.

The subgraph clustering identifies groups of vertices within the larger graph.

The subgraph properties of a graph can be used to analyze its structure.

The subgraph visualization highlights the connections between vertices.

The subgraph decomposition of a graph involves partitioning it into smaller subgraphs.

This subgraph is a subset of the original graph.

The subgraph problem involves finding a subset of vertices and edges in a larger graph.

The subgraph of the network showed only the connections between the employees of the company.

The subgraph was a smaller representation of the original graph, with some of the connections omitted.

The subgraph of the food web displayed only the interactions between predators and prey.

The subgraph only showed some of the connections between the nodes.

The subgraph of the flight network illustrated only the direct flights between two cities.

The subgraph was a smaller version of the larger graph, with some edges removed.

The subgraph of the product catalog showed only the products belonging to a specific category.

The subgraph was a simplified version of the original graph, with some of the nodes and edges removed.

The subgraph of the road network depicted only the major highways and not the smaller roads.

The subgraph of the social network only showed some of the connections between users.

The subgraph was created by selecting a subset of vertices and edges from a larger graph.

In the subgraph of the social network, only the friends of the user were shown.

The subgraph of the transportation network only included some of the roads and intersections.