eduroam-prg-og-1-30-122.net.univ-paris-diderot.fr 2026-1-21:11:44:52
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@@ -42,4 +42,10 @@ language meaning need to satisfy a constraint much more concrete than [[composit
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- Every / each $\mapsto$ $\forall x$
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- Every / each $\mapsto$ $\forall x$
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- $\vdots$
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- $\vdots$
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- = A famous supervisor directs every student here.
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- = A famous supervisor directs every student here.
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- $\exists x (\operatorname{fam-sup}()$
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- there are two interpretations :
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- $\exists x (\operatorname{fam-sup}'(x) \wedge \forall y (\operatorname{student}(y) \to \operatorname{Direct}(x, y)))$
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- $\forall y (\operatorname{student}(y) \to \exists x(\operatorname{fam-sup}'(x) \wedge \operatorname{Direct}(x, y))$
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- = no player injured herself
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- $\forall x (\operatorname{player}(x) \to \neg \operatorname{Injure}(x, x)$
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- $\neg \exists x (\operatorname{player}(x) \wedge \operatorname{Injure}(x, x))$
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-
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