What is Node and Edge Betweenness in Star Network?

In summary, "node betweenness of node 0" and "edge betweenness of edge e01" are measures used to determine the importance of a node and an edge respectively in a network, while B is a measure that compares their importance. E34 was calculated instead of e01 for example purposes.
  • #1
yecko
Gold Member
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Homework Statement
see image
Relevant Equations
average path length = path length/number of paths
diameter=max path length
average cluster coefficient= interconnection of nodes that connect with one node
average degree = average number of connections per node
core value of each node= 2 if the node exist in a loop, 1 if not in loop
core value of whole network = 2 there exist a loop, 1 if no loop
node betweenness of node 0, and edge betweenness of edge e01= ???
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What is "node betweenness of node 0", and" edge betweenness of edge e01" in the question = ?
What is B there in the solution?
why e34 calculated instead of e01?

(as highlighted)

Thank you
 
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  • #2
for your question.Node betweenness of node 0 is a measure of how important node 0 is in a network, by looking at the number of shortest paths that pass through it. Edge betweenness of edge e01 measures the importance of edge e01 in a network, by looking at the number of shortest paths that pass through it. B is a measure that compares the betweenness of edges and nodes. E34 was calculated instead of e01 because it was the edge selected for example purposes.
 

Related to What is Node and Edge Betweenness in Star Network?

1. What is a star network?

A star network is a computer network topology where all devices are connected to a central hub or switch. This central hub acts as a central point for communication between all devices in the network.

2. What is the star network nodes problem?

The star network nodes problem refers to a situation where a node (device) in a star network fails, causing the entire network to become non-functional. This is because all communication in a star network is dependent on the central hub, and if the hub fails, the network cannot function.

3. How can the star network nodes problem be prevented?

The star network nodes problem can be prevented by implementing redundancy in the network. This can be achieved by having multiple central hubs or switches, so if one fails, the other can take over. Additionally, having backup power sources for the central hub can also prevent the problem.

4. What are the advantages of using a star network?

Some advantages of using a star network include easy troubleshooting, as any issues can be isolated to a specific node; high performance, as all devices have a dedicated connection to the central hub; and scalability, as new devices can easily be added to the network.

5. Are there any drawbacks to using a star network?

One drawback of using a star network is that it is heavily dependent on the central hub. If the hub fails, the entire network becomes non-functional. Additionally, the cost of setting up and maintaining a star network can be higher compared to other network topologies.

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