Sep 16, 2020 · We propose an index-based solution for computing (k,\eta) -cores. The size of the index is well bounded by O(m), where m is the number of edges in the graph.
Given an uncertain graph, the (k, η)-cores can be derived by iteratively removing the vertex with an η-degree of less than k and updating the η-degrees of its ...
Given an uncertain graph, the (k, η)-cores can be derived by iteratively removing the vertex with an η-degree of less than k and updating the η-degrees of its ...
This approach is especially effective in the last few iterations of the index construction algorithm. The second optimization is called core-based ordering .
Computing K-Cores in Large Uncertain Graphs: An Index-based Optimal Approach. IEEE Transactions on Knowledge and Data Engineering, 34(7): 3126-3138, 2022 ...
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Computing k-cores in large uncertain graphs: An index-based optimal approach. D Wen, B Yang, L Qin, Y Zhang, L Chang, RH Li. IEEE Transactions on Knowledge ...
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In this paper, given an integer k and a time window, we study the prob- lem of computing all k-cores in the graph snapshot over the time window. We propose an ...
Computing K-Cores in Large Uncertain Graphs: An Index-Based Optimal Approach. 2022IEEE Trans. Knowl. Data Eng.34:3126-3138. Co-authors: Wen D, Yang B, Qin L
<b>Index-based Optimal Algorithm for Computing K-Cores in ... <b>Computing K-Cores in Large Uncertain Graphs: An Index-based Optimal Approach</b><br />.