Abstract
One challenge for social network researchers is to evaluate balance in a social network. The degree of balance in a social group can be used as a tool to study whether and how this group evolves to a possible balanced state. The solution of clustering problems defined on signed graphs can be used as a criterion to measure the degree of balance in social networks. By considering the original definition of the structural balance, the optimal solution of the Correlation Clustering (CC) Problem arises as one possible measure. In this work, we contribute to the efficient solution of the CC problem by developing sequential and parallel GRASP metaheuristics. Then, by using our GRASP algorithms, we solve the problem of measuring the structural balance of large social networks.
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