When developing a distributed application, several issues need to be handled, and software
components should include some mechanisms to make their execution resilient when …

Sequential programs can benefit from parallel execution to improve their performance.
When developing a parallel application, several techniques are employed to achieve the …

Parallel computing takes advantage of modern processors to speed up software
performances. However, it is arduous for developers to use parallelism in a large legacy …

The advancement of multicore technology has made hundreds or even thousands of cores
processor on a single chip possible. However, on a larger scale multicore, a hardware …

In order to better employ the computational power of modern hardware, many sequential
programs can be changed to encapsulate parallel instructions. Concurrent executions have …

As C/C++ has been widely used for several decades, a huge amount of C/C++ code is
available. However, when using a modern processor having several cores, legacy code …

For using multicore processors at best, parallelism has to be embedded into applications by
using threads or processes. In this paper we propose a pair of tools generating a parallel …

Recently multicore technology has enabled development of hundreds or thousands core
processor on a single chip. However, on such multicore processor, cache coherence …

Multicore systems evolution is leveraged by putting a larger number of transistors in a chip.
The revolution has changed the face and pace of the computing domain. To get the …

The advancement of multicore technology has made hundreds or even thousands of cores
processor on a single chip possible. However, on a larger scale multicore, a hardware …