Parallel programming with Microsoft Visual C++ : design patterns for decomposition and coordination on multicore architectures

The book begins by laying out the fundamental concepts of parallel programming, focusing on how multicore architectures can be exploited to improve application performance. It then goes on to explain the pivotal role of design patterns in structuring parallel programs, providing a consistent and reusable approach to address common parallelization challenges.

Throughout its chapters, the book introduces various design patterns each tailored to specific scenarios in parallel processing. These include patterns for task decomposition, which help break down complex computations into manageable tasks, and patterns for coordination, which ensure that these tasks are executed efficiently without unnecessary synchronization overheads. The book stresses the importance of understanding the underlying hardware and software interactions to make informed design decisions.

One standout feature of this book is its practical orientation. Each design pattern is illustrated with detailed examples in Microsoft Visual C++, demonstrating the concepts in action. The case studies and sample code accompany a conceptual discussion to provide a hands-on learning experience. Moreover, the book emphasizes performance tuning, guiding you through profiling and optimizing parallel applications to achieve maximum efficiency.

• Learn to apply design patterns specific to parallel programming in Visual C++.
• Understand the anatomy of multicore architectures and how software can be structured to take advantage of parallelism.
• Practical insight into performance tuning and debugging of parallel applications.
• Acquire strategies to manage complexities such as task synchronization and data sharing.

"The evolution of processing power has shifted from increasing clock speeds to increasing core counts. Developers must adapt to this paradigm by embracing parallel programming."

"Successful parallel programming is not merely about translating serial code into parallel code; it requires a fundamental change in the approach to design and implementation."

In an era where hardware advancements lead software evolution, this book stands as a vital educational resource for developers seeking to stay relevant in the field of high-performance computing. 'Parallel Programming with Microsoft Visual C++' is not just a technical manual; it's a roadmap for adapting to the new normal of computing power. By focusing on both theory and application, Campbell and Miller instill a deeper understanding of the nuances of parallel programming.

For professionals aiming to excel in developing software that not only works on multicore processors but excels, this book is an invaluable asset. Whether you are a seasoned developer or new to the realm of parallel computing, you'll find insights and guidance to significantly boost your understanding and capabilities.