Distributed System Security via Logical Frameworks

Software Implementations

Formalization of non-interference in constructive authorization logic

A formalization of constructive authorization logics and some meta-theorems about it in Twelf.

• Source directory

Propositional prover:

A theorem prover for propositional intuitionistic linear logic based on the inverse method using focusing. The prover is described in [CADE-20] with more of its foundation in [CSL'05]. It further contains direct support for affine logic and lax logic.

• Propositional

First-order prover:

A theorem prover for first-order intuitionistic linear logic based on the inverse method using focusing. The prover is described in [CADE-20]. It further contains direct support for affine logic and lax logic.

• First-order

LolliMon:

A linear logic programming language that combines forward and backward reasoning. Backward reasoning backtracks as usual in Prolog, while forward chaining provides support for committed choice concurrency and saturation. The language design is described in [PPDP'05].

• Lollimon (last updated: Mon Jul 11 2005)

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