| Parallel computing has become a practical approach to industrial modeling. It brings formerly insoluble problems into solution range and makes formerly difficult-to-solve problems routine. The software challenges for the development of industrial-quality codes for parallel computers, however, are great. In this book, we provide in-depth case studies of 17 applications that were either redesigned or designed from scratch to solve industrial strength problems on parallel computers. We document both the solution process and the resulting performance of the application software. Additionally, we provide an overview of the terminology, basic hardware, performance issues, programming models, software tools, and other details that are necessary for researchers and students to become able parallel programmers. Finally, we show how, in order for industry to continue to participate in the parallel-computing arena, the applications must be portable and tailored to accommodate a rapidly changing hardware environment. |
