AbstractIn this paper we demonstrate how to use a semantics-directed generator to systematically design abstract machines. The main novelty of the generator is that it generates compilers and abstract machines. The generator is fully automated and its core transformations are proved correct. In this paper we propose a design methodology based on our generator and as an example we design a functional abstract machine which turns out to be very similar to the categorial abstract machine
We describe how to construct correct abstract machines from the class of L-attributed natural semant...
A compiler generator is described which produces compilers competitive with handwritten ones in comp...
In order to achieve competitive performance, abstract machines for Prolog and related languages end...
AbstractIn this paper we demonstrate how to use a semantics-directed generator to systematically des...
MACHINE Evgeniy Gabrilovich and Nissim Francez Shuly Wintner Computer Science Department Seminar fu...
We consider the problem of mechanically constructing abstract machines from operational semantics, p...
AbstractA major problem in deriving a compiler from a formal definition is the production of correct...
AbstractA number of constituents of a methodology for the systematic design of abstract machines for...
We present a system, that generates a compiler and abstract machine from a Natural Semantics specifi...
The implementation of abstract machines involves complex decisions regarding, e.g., data representa...
Competitive abstract machines for Prolog are usually large, intricate, and incorpórate sophisticate...
AbstractWe show how the problem of code generation for a simple language can be treated fully algebr...
Interpreters and compilers are two different ways of implementing programming languages. An interpre...
In order to achieve competitive performance, abstract machines for Prolog and related languages end ...
Given a complete, formal description of the semantics of a programming language, it should be possib...
We describe how to construct correct abstract machines from the class of L-attributed natural semant...
A compiler generator is described which produces compilers competitive with handwritten ones in comp...
In order to achieve competitive performance, abstract machines for Prolog and related languages end...
AbstractIn this paper we demonstrate how to use a semantics-directed generator to systematically des...
MACHINE Evgeniy Gabrilovich and Nissim Francez Shuly Wintner Computer Science Department Seminar fu...
We consider the problem of mechanically constructing abstract machines from operational semantics, p...
AbstractA major problem in deriving a compiler from a formal definition is the production of correct...
AbstractA number of constituents of a methodology for the systematic design of abstract machines for...
We present a system, that generates a compiler and abstract machine from a Natural Semantics specifi...
The implementation of abstract machines involves complex decisions regarding, e.g., data representa...
Competitive abstract machines for Prolog are usually large, intricate, and incorpórate sophisticate...
AbstractWe show how the problem of code generation for a simple language can be treated fully algebr...
Interpreters and compilers are two different ways of implementing programming languages. An interpre...
In order to achieve competitive performance, abstract machines for Prolog and related languages end ...
Given a complete, formal description of the semantics of a programming language, it should be possib...
We describe how to construct correct abstract machines from the class of L-attributed natural semant...
A compiler generator is described which produces compilers competitive with handwritten ones in comp...
In order to achieve competitive performance, abstract machines for Prolog and related languages end...