Could not understand the question. It says 'initial number of links at time 6084'. Does that refer to a node's degree? Why is it 'initial' given that the time is very advanced?
Which statement about robust networks is incorrect? The Molloy-Reed criterion , stating that a randomly wired network has a giant component if κ < 2. κ = ⟨ k 2 ⟩ k > 2 During an attack we aim to inflict maximum damage on a network. We can do this by removing first the highest degree node, followed by the next highest degree, and so on. Scale-free networks are robust to random failures, but not robust to attacks. The power-law distribution followed by blackouts, information cascades and earthquakes indicates that most cascading failures are relatively small. None of the above Original idea by: Caroline Nakazato
Which of the following statements regarding random networks is true? I. Real networks follow the same properties as random networks. II. The exact degree of distribution of a random network is calculated by the binomial distribution. The binomial distribution depends only on one parameter, <k>. III. An approximate way to calculate the degree of distribution of a random network is through the Poisson distribution. To make this approximation, the value of N must be large and the value of the probability p must be small. IV. The Poisson distribution depends only on one parameter <k>, while the Binomial distribution depends on p and N. A. All of the above B. II and III C. III and IV D. III E. None of the above Original idea by: Caroline Nakazato
Could not understand the question. It says 'initial number of links at time 6084'. Does that refer to a node's degree? Why is it 'initial' given that the time is very advanced?
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