Loop optimization

Known as: Loop optimizations, Loop transformation

In compiler theory, loop optimization is the process of the increasing execution speed and reducing the overheads associated of loops. It plays an…

Papers overview

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2010

With the advance of semiconductor, multi-core architecture is inevitable in today's embedded system design. Nested loops are…

2006

A relatively optimal control is a stabilizing controller such that, if initialized at its zero state, produces the optimal…

2005

In this paper we present the parallelization process of the AES algorithm (Rijndael) along with the description of exploited…

2004

Loop fusion is commonly used to improve the instruction-level parallelism of loops for high-performance embedded computing…

1996

Successful applications of the single-loop optimization approach have been reported recently for resolving the distribution…

1995

Linear transformations are widely used to vectorize and parallelize loops. A subset of these transformations are unimodular…

1995

We present the linear loop transformation framework which is the formal basis for state of the art optimization techniques in…

1995

This paper extends the framework of linear loop transformations adding a new non-lineal step at the transformation process. The…

1994

This paper explores the potential of a program representation called the program dependence graph (PDG) for representing and…

1990

Abstract : This paper presents new loop transformation techniques that can extract more parallelism from a class of programs than…