1991 · 195 citations · 9 references
ComputingComputer ScienceMathematicsAlgorithmsGame TheoryTheory Of ComputationAlgorithmic Game TheoryAutomata TheoryFinite AutomataFinite-state MachinesModel TheoryAutomata EquivalenceComplementationDecidabilityFinite Automata TheoryInfinite Game DeterminacyInfinite TreesPropositional CalculusTree Automata
We show that the propositional Mu-Calculus is equivalent in expressive power to finite automata on infinite trees. Since complementation is trivial in the Mu-Calculus, our equivalence provides a radically simplified, alternative proof of Rabin's complementation lemma for tree automata, which is the heart of one of the deepest decidability results. We also show how Mu-Calculus can be used to establish determinacy of infinite games used in earlier proofs of complementation lemma, and certain games used in the theory of on-line algorithms.
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Results on the propositional μ-calculus
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