A network has evolved according to the Barabási–Albert (BA) model. Consider the following information about the nodes C and B which are part of the network: node C acquires new links at half of the rate of node D. Given that node C joined the network at time t=400, in which time the node D entered the network ? A) 50 B) 100 C) 200 D) 400 E)None of the above Original Idea by: Cinthia Kleiner
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Considering a Scale-Free network where the degree distribution typically follows a power-law with an exponent γ, which statement is correct a) Real-world scale free networks are commonly reported with in the regime where 2 γ 3. In this regime < k > is finite and < k 2 > diverges b)Real-world scale free networks are commonly reported in the regime where 2 γ 3. In this regime both < k > and < k 2 > are finite. c)Real-world scale free networks are commonly reported with in the regime where γ > 3. In this regime both < k > and < k 2 > are finite d) Real-world scale free networks are commonly reported with in the regime where γ > 3. In this regime both < k > and < k 2 > diverges e) None of the above Original idea by: Cinthia Kleiner
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Considering a Random Network with N = 2000 nodes and p=0.0015. In which regime is this network and what are the average number of links? Round the result if necessary. A) Supercritical regime and 1499 links. B) Critical regime and 1499 links. C) Supercritical regime and 2998 links. D) Critical regime and 2998 links. E) None of the above Original idea by: Cinthia Kleiner