Speculative parallelization is a technique that allows code sections that cannot be fully
analyzed by the compiler to be aggressively executed in parallel. However, while …

Speculative parallelization is a technique that complements automatic compiler
parallelization by allowing code sections that cannot be fully analyzed by the compiler to be …

The emerging hardware support for thread-level speculation opens new opportunities to
parallelize sequential programs beyond the traditional limits. By speculating that many data …

Speculative parallelization is a runtime technique that optimistically executes sequential
code in parallel, checking that no dependence violations arise. In the case of a dependence …

Speculative thread-level parallelization is a promising way to speed up codes that compilers
fail to parallelize. While several speculative parallelization schemes have been proposed for …

This paper presents the Mitosis framework, which is a combined hardware-software
approach to speculative multithreading, even in the presence of frequent dependences …

The widespread availability of multicore systems has led to an increased interest in
speculative parallelization of sequential programs using software-based thread level …

Efficiently utilizing multicore processors to improve their performance potentials demands
extracting thread-level parallelism from the applications. Various novel and sophisticated …

We present Runtime Automatic Speculative Parallelization (RASP), a technique for the
dynamic extraction of speculative threads from a running application in a user-transparent …

Speculative multithreading (SpMT) architecture can exploit thread-level parallelism that
cannot be identified statically. Speedup can be obtained by speculatively executing threads …