There has been a great amount of recent work toward unifying iteration reordering transformations. Many of these approaches represent transformations as affine mappings from the original iteration space to a new iteration space. These approaches show a great deal of promise, but they all rely on the ability to generate code that iterates over the points in these new iteration spaces in the appropriate order. This problem has been fairly well-studied in the case where all statements use the same mapping. We have developed an algorithm for the less well-studied case where each statement uses a potentially different mapping. Unlike many other approaches, our algorithm can also generate code from mappings corresponding to loop blocking. W...
Blocked algorithms have much better properties of data locality and therefore can be much more effic...
In this paper we present a new theory of linear loop transformations called Computation Decompositio...
Over the past 20 years, increases in processor speed have dramatically outstripped performance incre...
We present a framework for unifying iteration reordering transformations such as loop interchange, l...
We present a framework for unifying iteration reordering transformations such as loop intercha...
This paper presents a novel approach for the problem of generating tiled code for nested for-loops, ...
In previous work, we presented a framework for unifying iteration reordering transformations su...
International Conference on Embedded and Ubiquitous Computing, EUC 2005, Nagasaki, 6-9 December 2005...
An approach of generation of tiled code with an arbitrary order of loops within tiles is presented. ...
Nested loops are the most critical sections in many scientific and Digital Signal Processing (DSP)ap...
grantor: University of TorontoRestructuring compilers have been effective in tailoring nes...
Tiling or supernode transformation has been widely used to improve locality in multi-level memory hi...
The polyhedral model is known to be a powerful framework to reason about high level loop transformat...
International audienceWe propose a new programming control structure called ''multifor'', allowing t...
A#ne loop transformations have often been used for program optimization. Usually their focus lies on...
Blocked algorithms have much better properties of data locality and therefore can be much more effic...
In this paper we present a new theory of linear loop transformations called Computation Decompositio...
Over the past 20 years, increases in processor speed have dramatically outstripped performance incre...
We present a framework for unifying iteration reordering transformations such as loop interchange, l...
We present a framework for unifying iteration reordering transformations such as loop intercha...
This paper presents a novel approach for the problem of generating tiled code for nested for-loops, ...
In previous work, we presented a framework for unifying iteration reordering transformations su...
International Conference on Embedded and Ubiquitous Computing, EUC 2005, Nagasaki, 6-9 December 2005...
An approach of generation of tiled code with an arbitrary order of loops within tiles is presented. ...
Nested loops are the most critical sections in many scientific and Digital Signal Processing (DSP)ap...
grantor: University of TorontoRestructuring compilers have been effective in tailoring nes...
Tiling or supernode transformation has been widely used to improve locality in multi-level memory hi...
The polyhedral model is known to be a powerful framework to reason about high level loop transformat...
International audienceWe propose a new programming control structure called ''multifor'', allowing t...
A#ne loop transformations have often been used for program optimization. Usually their focus lies on...
Blocked algorithms have much better properties of data locality and therefore can be much more effic...
In this paper we present a new theory of linear loop transformations called Computation Decompositio...
Over the past 20 years, increases in processor speed have dramatically outstripped performance incre...