the exercise's task is to find complete bipartite subgraphs with certain values of s and t. I can only find one of them with s=1 and t=3. Other graphs have nodes of each side that are connected between them, so i can't find more graphs. Is there another way to solve this exercise or the graphic way is the best? Maybe i could try with the Apriori algorithm for graphs but the starting one is not a bipartite graph so i don't know how to proceed
the exercise's task is to find complete bipartite subgraphs with certain values of s and t. I can only find one of them with s=1 and t=3. Other graphs have nodes of each side that are connected between them, so i can't find more graphs. Is there another way to solve this exercise or the graphic way is the best? Maybe i could try with the Apriori algorithm for graphs but the starting one is not a bipartite graph so i don't know how to proceed
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the exercise's task is to find complete bipartite subgraphs with certain values of s and t. I can only find one of them with s=1 and t=3. Other graphs have nodes of each side that are connected between them, so i can't find more graphs. Is there another way to solve this exercise or the graphic way is the best? Maybe i could try with the Apriori algorithm for graphs but the starting one is not a bipartite graph so i don't know how to proceed
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