Add to ORKGLoop transformations are becoming critical to exploiting parallelism and data locality in parallelizing and optimizing compilers. This document describes the Lambda loop transformation toolkit, an implementation of the non-singular matrix transformation theory, which can represent any linear one-to-one transformation. Lambda has a simple interface, and is independent of any compiler intermediate representation. It has been used in parallelizing compilers for multiprocessor machines as well as optimizing compilers for uniprocessor machines. Keywords: Parallel programming, parallelizing compilers, loop transformations, linear transformations, nonsingular transformations
Developing efficient programs for many of the current parallel computers is not easy due to the arch...
This thesis is about the design and implementation of a program transformation technique for paralle...
Modern computers will increasingly rely on parallelism to achieve high computation rates. Techniques...
Loop transformations are becoming critical to exploiting parallelism and data locality in paralleliz...
This document describes the incorporation of the Lambda loop transformation Toolkit into the ParaSco...
this paper, we describe a framework for loop transformations and code generation for NUMA (non-unifo...
In this paper we generalize the framework of linear loop transformations: we consider loop alignment...
The paper extends the framework of linear loop transformations adding a new nonlinear step at the tr...
In this tutorial, we address the problem of restructuring a (possibly sequential) program to improve...
In this paper, we discuss a loop transformation framework that is based on integer non-singular mat...
In this paper we generalize the framework of linear loop transformations in the sense that loop alig...
Over the past 20 years, increases in processor speed have dramatically outstripped performance incre...
In this lecture we consider loop transformations that can be used for cache optimization. The transf...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/18...
This work leverages an original dependency analysis to parallelize loops regardless of their form i...
Developing efficient programs for many of the current parallel computers is not easy due to the arch...
This thesis is about the design and implementation of a program transformation technique for paralle...
Modern computers will increasingly rely on parallelism to achieve high computation rates. Techniques...
Loop transformations are becoming critical to exploiting parallelism and data locality in paralleliz...
This document describes the incorporation of the Lambda loop transformation Toolkit into the ParaSco...
this paper, we describe a framework for loop transformations and code generation for NUMA (non-unifo...
In this paper we generalize the framework of linear loop transformations: we consider loop alignment...
The paper extends the framework of linear loop transformations adding a new nonlinear step at the tr...
In this tutorial, we address the problem of restructuring a (possibly sequential) program to improve...
In this paper, we discuss a loop transformation framework that is based on integer non-singular mat...
In this paper we generalize the framework of linear loop transformations in the sense that loop alig...
Over the past 20 years, increases in processor speed have dramatically outstripped performance incre...
In this lecture we consider loop transformations that can be used for cache optimization. The transf...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/18...
This work leverages an original dependency analysis to parallelize loops regardless of their form i...
Developing efficient programs for many of the current parallel computers is not easy due to the arch...
This thesis is about the design and implementation of a program transformation technique for paralle...
Modern computers will increasingly rely on parallelism to achieve high computation rates. Techniques...