Thread-Level Speculation (TLS) is a promising technique that allows the parallel execution
of sequential code without relying on a prior, compile-time-dependence analysis. In this …

We propose a framework based on an original generation and use of algorithmic skeletons,
and dedicated to speculative parallelization of scientific nested loop kernels, able to apply at …

The availability of multicore processors has led to significant interest in compiler techniques
for speculative parallelization of sequential programs. Isolation of speculative state from non …

Finite-state machine (FSM) is a fundamental computation model used by many applications.
However, FSM execution is known to be “embarrassingly sequential” due to the state …

We investigate the differences of the influences between robot and virtual learning
companions on students' engagement. From the analysis of our experimental result and …

OpenMP directives are the de-facto standard for shared-memory parallel programming.
However, OpenMP does not guarantee the correctness of the parallel execution of a given …

In this paper we present an approach to parallel programming called SpiceC. SpiceC
simplifies the task of parallel programming through a combination of an intuitive computation …

Program analysis determines the potential dataflow and control flow relationships among
instructions so that compiler optimizations can respect these relationships to transform code …

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

Many performance-critical applications traverse bitstreams with bitwise computations for
better performance or higher space efficiency, such as multimedia processing and bitmap …