This paper describes different techniques for assigning numbers and handling redundancies. It includes experimental evaluation of the relative effectiveness of these different approaches. In value numbering, the compiler can only assign two expressions the same number if it can prove that they always produce equal values. Two techniques for proving this equivalence appear in the literature
Call-by-value and call-by-need lambda-calculi are defined using the distinguished syntactic category...
International audienceCall-by-value and call-by-need $λ$-calculi are defined using the distinguished...
We present second-order value numbering, a new optimization method for suppressing redundancy, in a ...
This document presents an implementation of several types of value numbering within the Massively Sc...
Value-driven redundancy elimination is a combination of value numbering and code motion. Value numbe...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/16...
Global value numbering (GVN) is an important static analysis technique both for optimizing compilers...
Abstract. Detecting whether dierent variables have the same value at a program point is generally un...
This document provides an implementation of the global value numbering algorithm described by Alpern...
When solving combinatorial problems, it is easier to solve the problem by expressing the different s...
Abstract. We describe a polynomial-time algorithm for global value numbering, which is the problem o...
partial redundancy elimination, global value numbering, optimizing compiler, just-in-time compiler, ...
Global value numbering (GVN) is an important static analysis technique both for optimizing compilers...
As memory system performance becomes an increasingly dominant factor in overall system performance, ...
Value reuse technique eliminates the redundant evaluation of expressions, using the support of hardw...
Call-by-value and call-by-need lambda-calculi are defined using the distinguished syntactic category...
International audienceCall-by-value and call-by-need $λ$-calculi are defined using the distinguished...
We present second-order value numbering, a new optimization method for suppressing redundancy, in a ...
This document presents an implementation of several types of value numbering within the Massively Sc...
Value-driven redundancy elimination is a combination of value numbering and code motion. Value numbe...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/16...
Global value numbering (GVN) is an important static analysis technique both for optimizing compilers...
Abstract. Detecting whether dierent variables have the same value at a program point is generally un...
This document provides an implementation of the global value numbering algorithm described by Alpern...
When solving combinatorial problems, it is easier to solve the problem by expressing the different s...
Abstract. We describe a polynomial-time algorithm for global value numbering, which is the problem o...
partial redundancy elimination, global value numbering, optimizing compiler, just-in-time compiler, ...
Global value numbering (GVN) is an important static analysis technique both for optimizing compilers...
As memory system performance becomes an increasingly dominant factor in overall system performance, ...
Value reuse technique eliminates the redundant evaluation of expressions, using the support of hardw...
Call-by-value and call-by-need lambda-calculi are defined using the distinguished syntactic category...
International audienceCall-by-value and call-by-need $λ$-calculi are defined using the distinguished...
We present second-order value numbering, a new optimization method for suppressing redundancy, in a ...