AbstractSpecialization is an automatic approach to customizing a program with respect to configuration values. In this paper, we present a survey of Tempo, a specializer for the C language. Tempo offers specialization at both compile time and run time, and both program and data specialization. To control the specialization process, Tempo provides the program developer with a declarative language to describe specialization opportunities for a given program.The functionalities and features of Tempo have been driven by the needs of practical applications. Tempo has been successfully applied to a variety of realistic programs in areas such as operating systems and networking. We give an overview of the design of Tempo and of its use in speciali...
Generic simulation components, such as fixed-precision arithmetic routines, make it easier to quickl...
Interpretation and run-time compilation techniques are becoming increasingly important due to the ne...
Most operating systems heavily rely on intermediate data structures for modularity or portability re...
AbstractSpecialization is an automatic approach to customizing a program with respect to configurati...
Specialization is an automatic approach to customizing a program with respect to con guration values...
Program and data specialization have always been studied separately, although they are both aimed at...
Tempo is a program specializer for C programs. It has been developed at IRISA / INRIA - University o...
Specializing programs with respect to run-time invariants is an optimization technique that has show...
Scientists across many diverse fields, including medicine, astronomy and biology, often program to a...
Program specialization optimizes programs for known valúes of the input. It is often the case that ...
Program specialization can divide a computation into several computation stages. The program generat...
The aim of program specialization is to optimize programs by exploiting certain knowledge about the...
This document describes the design and implementation of PARTICLE, a fully automatic program special...
: Automatic program specialization can derive efficient implementations from generic components, thu...
We present the design of a dynamic compilation system for C. Directed by a few declarative user anno...
Generic simulation components, such as fixed-precision arithmetic routines, make it easier to quickl...
Interpretation and run-time compilation techniques are becoming increasingly important due to the ne...
Most operating systems heavily rely on intermediate data structures for modularity or portability re...
AbstractSpecialization is an automatic approach to customizing a program with respect to configurati...
Specialization is an automatic approach to customizing a program with respect to con guration values...
Program and data specialization have always been studied separately, although they are both aimed at...
Tempo is a program specializer for C programs. It has been developed at IRISA / INRIA - University o...
Specializing programs with respect to run-time invariants is an optimization technique that has show...
Scientists across many diverse fields, including medicine, astronomy and biology, often program to a...
Program specialization optimizes programs for known valúes of the input. It is often the case that ...
Program specialization can divide a computation into several computation stages. The program generat...
The aim of program specialization is to optimize programs by exploiting certain knowledge about the...
This document describes the design and implementation of PARTICLE, a fully automatic program special...
: Automatic program specialization can derive efficient implementations from generic components, thu...
We present the design of a dynamic compilation system for C. Directed by a few declarative user anno...
Generic simulation components, such as fixed-precision arithmetic routines, make it easier to quickl...
Interpretation and run-time compilation techniques are becoming increasingly important due to the ne...
Most operating systems heavily rely on intermediate data structures for modularity or portability re...