We now propose a generalization of our speculative doall parallelization technique, called the Recursive LRPD test, that can extract and exploit the maximum ...

In this paper we will present a new technique to extract the maximum available parallelism from a partially paral- lel loop that removes the limitations of ...

In this paper we will present a new technique to extract the maximum available parallelism from a partially paral- lel loop that removes the limitations of ...

If there was a dependence, re-execute the loop sequentially. Disadvantages. One data dependence can invalidate speculative parallelization. Slowdown is ...

We now propose a generalization of our speculative doall parallelization technique, called the Recursive LRPD test, that can extract and exploit the maximum ...

Current parallelizing compilers cannot identify a signifi-cant fraction of parallelizable loops because they have com-plex or statically insufficiently ...

We now propose a generalization of our speculative doall parallelization technique, called the Recursive LRPD test, that can extract and exploit the maximum ...

In this paper we propose a generalization of our speculative doall parallelization technique, named Recursive LRPD test, that can extract and exploit the ...

While this method exploits doall parallelism well, it can cause slowdowns for loops with even one cross-processor flow dependence because we have to re-execute ...

tests cannot prove a loop is parallel, we believe that the R-LRPD test will be needed for more exhaustive data dependence analysis. B. Future Directions.