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Linear logic, introduced in 1986 by J.-Y. Girard, is based upon a fine grain analysis of the main proof-theoretical notions of logic. The subject develops along the lines of denotational semantics, proof nets and the geometry of interaction. Its basic dynamical nature has attracted computer scientists, and various promising connections have been made in the areas of optimal program execution, interaction nets and knowledge representation. This book is the refereed proceedings of the first international meeting on linear logic held at Cornell University, in June 1993. Survey papers devoted to specific areas of linear logic, as well as an extensive general introduction to the subject by J.-Y. Girard, have been added, so as to make this book a valuable tool both for the beginner and for the advanced researcher.

Logic, Symbolic and mathematical --- Logic, Symbolic and mathematical - Congresses

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Logic --- Logic, Symbolic and mathematical --- Logic. --- Logic, Symbolic and mathematical.

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Logic programming --- Logic, Symbolic and mathematical --- Congresses. --- Congresses --- Logic [Symbolic and mathematical ] --- Logic programming - Congresses --- Logic, Symbolic and mathematical - Congresses

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The proceedings of LICS'95 comprise technical papers on topics in program logics, finite models, model checking and verification, theorem proving and AI, concurrency, semantics, lambda calculus and types, unification and rewriting, and linear logic. There are also four invited presentations: a complete proof system for QPTL; the semantic challenge of Verilog HDL; experience using type theory as a foundation for computer science; and origins and metamorphoses of the trinity--logic, nets, automata. No index. Annotation copyright by Book News, Inc., Portland, OR.

Computer science --- Logic, Symbolic and mathematical --- Mathematics

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The proceedings of LICS'95 comprise technical papers on topics in program logics, finite models, model checking and verification, theorem proving and AI, concurrency, semantics, lambda calculus and types, unification and rewriting, and linear logic. There are also four invited presentations: a complete proof system for QPTL; the semantic challenge of Verilog HDL; experience using type theory as a foundation for computer science; and origins and metamorphoses of the trinity--logic, nets, automata. No index. Annotation copyright by Book News, Inc., Portland, OR.

Computer science --- Logic, Symbolic and mathematical --- Mathematics