proposition: Lemma bounded: DFA.bounded NFA_to_DFA.
proof: Proof. pose proof delta'_below. pose proof positive_size. assert (Ht:= table_finals_correct). assert (Ht':= theta_below). unfold NFA_to_DFA. destruct build_store as [[t d] n]; simpl in *. constructor; simpl; auto. intros i Hi. apply Ht in Hi as [? Hi _]. eapply Ht', Hi. Qed.
imports: ATBR(Common) ATBR(Classes) ATBR(Graph) ATBR(Monoid) ATBR(SemiLattice) ATBR(SemiRing) ATBR(KleeneAlgebra) ATBR(MxGraph) ATBR(MxSemiLattice) ATBR(MxSemiRing) ATBR(MxKleeneAlgebra) ATBR(DKA_Definitions) ATBR(DKA_StateSetSets) ATBR(Numbers) ATBR(Utils_WF)