On the Non-linear preferential attachment, our probability becomes \(Π(k) \sim k^\alpha\). For a starting network with 1 node, approximately how many nodes we have to add on the network for it to achieve \(k_{max} = 100\), considering the cases where \(\alpha\) is \(0.5\), \(1\) and \(1.5\) respectively?
- \(22026\) nodes; \(10000\) nodes; \(100\) nodes respectively
- \(1024\) nodes; \(1000\) nodes; \(100\) nodes respectively
- \(22026\) nodes; \(10000\) nodes; \(200\) nodes respectively
- \(1024\) nodes; \(1000\) nodes; \(200\) nodes respectively
- None of the above.
Original idea by: Pedro Henrique Di Francia Rosso
Good question, I took it.
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