AbstractWe derive an abstract machine from the Curry-Howard correspondence with a sequent calculus presentation of Intuitionistic Propositional Linear Logic. The states of the register based abstract machine comprise a low-level code block, a register bank and a dump holding suspended procedure activations. Transformation of natural deduction proofs into our sequent calculus yields a type-preserving compilation function from the Linear Lambda Calculus to the abstract machine. We prove correctness of the abstract machine with respect to the standard call-by-value evaluation semantics of the Linear Lambda Calculus
14 pagesWe study a lambda-calculus with references and a types and effects system. In the first part...
Linear logic provides a logical perspective on computational issues such as control of resources and...
The main aim of this paper is to formulate "natural" logical foundations for type-free lambda-calcul...
We derive an abstract machine from the Curry-Howard correspondence with a sequent calculus presentat...
AbstractWe derive an abstract machine from the Curry-Howard correspondence with a sequent calculus p...
Abstract. We present a proof theoretical method for de-compiling lowlevel code to the typed lambda c...
AbstractLinear Logic, we concisely write LL, has been introduced recently by Jean Yves Girard in The...
AbstractLinear Logic [6] provides a refinement of functional programming and suggests a new implemen...
AbstractWe study Girard's linear logic from the point of view of giving a concrete computational int...
AbstractAbramsky's Linear Chemical Abstract Machine is a term calculus which corresponds to Linear L...
We present a polymorphic linear lambda-calculus as a proof language for second-order intuitionistic ...
Although logic and proof theory have been successfully used as a framework for the specification of ...
Commercial implementations of logic programming languages are engineered Appeared in the Proceedings...
Abstract. Logic programming can be given a foundation in sequent calculus, viewing computation as th...
Proof Theory is the result of a tumultuous history, developed on the periphery of mainstream mathema...
14 pagesWe study a lambda-calculus with references and a types and effects system. In the first part...
Linear logic provides a logical perspective on computational issues such as control of resources and...
The main aim of this paper is to formulate "natural" logical foundations for type-free lambda-calcul...
We derive an abstract machine from the Curry-Howard correspondence with a sequent calculus presentat...
AbstractWe derive an abstract machine from the Curry-Howard correspondence with a sequent calculus p...
Abstract. We present a proof theoretical method for de-compiling lowlevel code to the typed lambda c...
AbstractLinear Logic, we concisely write LL, has been introduced recently by Jean Yves Girard in The...
AbstractLinear Logic [6] provides a refinement of functional programming and suggests a new implemen...
AbstractWe study Girard's linear logic from the point of view of giving a concrete computational int...
AbstractAbramsky's Linear Chemical Abstract Machine is a term calculus which corresponds to Linear L...
We present a polymorphic linear lambda-calculus as a proof language for second-order intuitionistic ...
Although logic and proof theory have been successfully used as a framework for the specification of ...
Commercial implementations of logic programming languages are engineered Appeared in the Proceedings...
Abstract. Logic programming can be given a foundation in sequent calculus, viewing computation as th...
Proof Theory is the result of a tumultuous history, developed on the periphery of mainstream mathema...
14 pagesWe study a lambda-calculus with references and a types and effects system. In the first part...
Linear logic provides a logical perspective on computational issues such as control of resources and...
The main aim of this paper is to formulate "natural" logical foundations for type-free lambda-calcul...