Add to ORKGPartial Redundancy Elimination (PRE) is a general scheme for suppressing partial redundancies which encompasses traditional optimizations like loop invariant code motion and redundant code elimination. In this paper we address the problem of performing this optimization interprocedurally. We use interprocedural partial redundancy elimination for placement of communication and communication preprocessing statements while compiling for distributed memory parallel machines. (Also cross-referenced as UMIACS-TR-95-42
INTRODUCTION The SPMD (Single-Program Multiple-Data Stream) model has been widely adopted as the ba...
Abstract—Load elimination is a classical compiler transfor-mation that is increasing in importance f...
Partial redundancy elimination was originally formulated as a bidirectional, bit-vector, data-flow a...
Partial Redundancy Elimination (PRE) is a general scheme for suppressing partial redundancies which ...
Data parallel languages like High Performance Fortran (HPF) are emerging as the architecture indepen...
Data parallel languages like High Performance Fortran (HPF) are emerging as the architecture indepen...
Data parallel languages like High Performance Fortran (HPF) are emerging as the architecture indepen...
Partial Redundancy Elimination (PRE) is a redundancy elimination transformation technique used in op...
Reduction recognition and optimization are crucial techniques in parallelizing compilers. They are u...
Multi-threaded programs have many applications which are widely used such as operating systems. Anal...
Partial redundancy elimination (PRE) is one of the most widespread optimizations in compilers. Howev...
We describe an approach to parallel compilation that seeks to harness the vast amount of fine-grain ...
Partial redundancy elimination (PRE) subsumes the classical optimizations of loop invariant movement...
Communication overhead in multiprocessor systems, as exemplified by cache coherency traffic and glob...
To compile programs for message passing architectures and to obtain good performance on NUMA archit...
INTRODUCTION The SPMD (Single-Program Multiple-Data Stream) model has been widely adopted as the ba...
Abstract—Load elimination is a classical compiler transfor-mation that is increasing in importance f...
Partial redundancy elimination was originally formulated as a bidirectional, bit-vector, data-flow a...
Partial Redundancy Elimination (PRE) is a general scheme for suppressing partial redundancies which ...
Data parallel languages like High Performance Fortran (HPF) are emerging as the architecture indepen...
Data parallel languages like High Performance Fortran (HPF) are emerging as the architecture indepen...
Data parallel languages like High Performance Fortran (HPF) are emerging as the architecture indepen...
Partial Redundancy Elimination (PRE) is a redundancy elimination transformation technique used in op...
Reduction recognition and optimization are crucial techniques in parallelizing compilers. They are u...
Multi-threaded programs have many applications which are widely used such as operating systems. Anal...
Partial redundancy elimination (PRE) is one of the most widespread optimizations in compilers. Howev...
We describe an approach to parallel compilation that seeks to harness the vast amount of fine-grain ...
Partial redundancy elimination (PRE) subsumes the classical optimizations of loop invariant movement...
Communication overhead in multiprocessor systems, as exemplified by cache coherency traffic and glob...
To compile programs for message passing architectures and to obtain good performance on NUMA archit...
INTRODUCTION The SPMD (Single-Program Multiple-Data Stream) model has been widely adopted as the ba...
Abstract—Load elimination is a classical compiler transfor-mation that is increasing in importance f...
Partial redundancy elimination was originally formulated as a bidirectional, bit-vector, data-flow a...