| Abstract |
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A powerful and declarative means of specifying computations containing abstractions involves meta-level, universally quantified generic judgments. We present a proof theory for such judgments in which signatures are associated to each sequent (used to account for eigenvariables of the sequent) and to each formula in the sequent (used to account for generic variables locally scoped over the formula). A new quantifier, \bigtriangledown, is introduced to explicitly manipulate the local signature. Intuitionistic logic extended with \bigtriangledown satisfies cut-elimination even when the logic is additionally strengthened with a proof theoretic notion of definitions. The resulting logic can be used to encode naturally a number of examples involving name abstractions, and we illustrate using the \pi-calculus and the encoding of object-level provability.
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 Additional Information
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Index Terms- proof search, reasoning about operational semantics,
generic judgments, higher-order abstract syntax
Citation:
Dale Miller, Alwen Tiu,
"A Proof Theory for Generic Judgments: An extended abstract,"
lics,
p. 118,
18th Annual IEEE Symposium on Logic in Computer Science (LICS'03),
2003
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