Algorithm for finding optimal boolean formula

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SUMMARY

The discussion centers on finding an algorithm to identify all strongly connected components of a hypergraph. The user inquires about the applicability of Tarjan's algorithm for this purpose. Additionally, they mention K-Mapping and provide a link to a resource that explains logic minimization algorithms. The consensus is that Tarjan's algorithm is indeed suitable for solving the problem of strongly connected components in hypergraphs.

PREREQUISITES
  • Understanding of hypergraphs and their properties
  • Familiarity with Tarjan's algorithm for finding strongly connected components
  • Knowledge of logic minimization techniques, specifically K-Mapping
  • Basic programming skills to implement algorithms
NEXT STEPS
  • Research the implementation details of Tarjan's algorithm in graph theory
  • Explore additional algorithms for hypergraph analysis, such as Kosaraju's algorithm
  • Study logic minimization techniques beyond K-Mapping, including Quine-McCluskey
  • Investigate resources on hypergraph theory and applications in computer science
USEFUL FOR

Computer scientists, algorithm developers, and researchers focused on graph theory and hypergraph analysis will benefit from this discussion.

twoflower
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EDIT: I'm sorry for confusing topic title, my thoughts were somewhere else :)

Hello to all,

I'm going to write program which will be finding all strongly connected components of hypergraph.

Strongly connected component is such connected maximal subhypergraph that there exists bidirectional path between each two points contained in it.

Well, is there any algorithm solving this? I found few articles mentioning Tarjan's algorithm, could it be used for such problem?

Thank you.
 
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Other than K-Mapping, I don't know much about logic minimization algorithms, but a quick google may yielded something you may find useful.

http://www.dei.isep.ipp.pt/~acc/bfunc/

It comes with explanation as well.
 
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