Towards a semantics of proofs for non-commutative logic: multiplicatives and additives.
V. Michele AbrusciPublished in: Theor. Comput. Sci. (2003)
Keyphrases
- logic programming
- proof theory
- sound and complete axiomatization
- proof theoretic
- propositional dynamic logic
- nonmonotonic logics
- natural deduction
- cut elimination
- epistemic logic
- model theoretic
- sound and complete with respect
- theorem prover
- higher order logic
- logical framework
- formal semantics
- decision procedures
- modal logic
- dynamic logic
- formal language
- automated reasoning
- classical logic
- conditional logic
- computational properties
- theorem proving
- alternating time temporal logic
- autoepistemic logic
- default reasoning
- semantic information
- nonmonotonic reasoning
- active rules
- rule engine
- sequent calculus
- special case
- derivation rules
- intuitionistic logic
- rewrite systems
- inference rules
- proof search
- highly expressive
- knowledge base
- modal operators
- predicate calculus
- operational semantics
- fixed point semantics
- integrity constraints
- belief revision
- abstract argumentation frameworks
- default logic
- automated theorem proving
- proof procedures
- defeasible logic
- valued semantics
- complete axiomatization
- action theories
- multi valued
- algebraic structure