vault backup: 2025-03-25 09:23:01
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@ -83,5 +83,8 @@ Guessing the time duration for suspecting a process:
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*Proof:*
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Forall i
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- i ∉ X $\to$ `ev_leader_i(X)` is any ID (and may change in time)
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- $i \in X \to$ `ev_leader_i(X)` $= min\left( suspected_{i} \cap X \right)$ where $Π$ denotes the set of all proc. IDs.
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- $i \in X \to$ `ev_leader_i(X)` $= min\left(( Π \setminus suspected_{i}) \cap X \right)$ where $Π$ denotes the set of all proc. IDs.
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$\Omega_{X}$ is not stronger than ♢P (so, ♢P is strictly stronger)
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The formal proof consists in showing that if $\Omega$ was stronger than ♢P, then consensus would be possible in an asynchronous system with crashes and atomic R/W registers.
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