Parallelization is an optimization technique that is playing an increasingly vital role in
software applications. Discovering the potential parallelism in sequential programs is of …

Parallel design patterns have been developed to help programmers efficiently design and
implement parallel applications. However, identifying a suitable parallel pattern for a specific …

Continuous advances in multicore processor technology have placed immense pressure on
the software industry. Developers are forced to parallelize their applications to make them …

Since the advent of multicore processors, developers struggle with the parallelization of
legacy software. Automatic methods are only appropriate to identify parallelism at instruction …

Concurrent software based on a shared-memory model is predominant in industrial
applications that cannot afford to execute complex message-passing libraries. However …

The software community has recognized the importance of concurrent multithreaded
software and the criticality of concurrency bugs. However, it has still not fully acknowledged …

Parallelization is a technique that boosts the performance of a program beyond
optimizations of the sequential algorithm. Utilizing the technique requires deep program …

In the realm of High-Performance Computing (HPC), the parallelization of programs holds
significant importance. However, the correctness of parallelization hinges on the reliable …

Concurrent multithreaded programs are more complex than sequential ones due to inter-
dependencies of threads over shared memory. Because of these, software architects and …

The current trend in the computing industry for enhancing the performance of processors is
increasing the number of cores that execute software parts (threads) concurrently. However …