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Description of  Essential C++ for Concurrency and Parallel Programming: A Comprehensive Guide To Designing and Developing High-Performance, Multithreaded, and Concurrent...

B0DG34K89H epub Unlock the full potential of C++ for concurrent and parallel programming with this comprehensive guide. 'Essentials C++ for Concurrency and Parallel Programming' covers the fundamental concepts, techniques, and best practices for building high-performance, scalable, and reliable concurrent and parallel systems. Key Features: • Master concurrent data structures and algorithms for efficient data sharing and manipulation • Learn GPU programming with CUDA or OpenCL for massive parallelism and performance boost • Explore advanced concurrency and parallelism topics, including synchronization, communication, and load balancing • Discover effective debugging and testing techniques for concurrent code • Build concurrent and parallel applications using design patterns and principles • Apply design patterns for concurrent and parallel systems, including thread pools, worker queues, and pipeline architectures This book covers: • Concurrent Data Structures and Algorithms: Learn how to design and implement concurrent data structures and algorithms for efficient data sharing and manipulation. • GPU Programming with CUDA or OpenCL: Master GPU programming using CUDA or OpenCL for massive parallelism and performance boost. • Advanced Concurrency and Parallelism Topics: Explore advanced concurrency and parallelism topics, including synchronization, communication, and load balancing. • Debugging and Testing Concurrent Code: Discover effective debugging and testing techniques for concurrent code. • Building Concurrent and Parallel Applications: Learn how to build concurrent and parallel applications using design patterns and principles. • Design Patterns for Concurrent and Parallel Systems: Apply design patterns for concurrent and parallel systems, including thread pools, worker queues, and pipeline architectures. By the end of this book, you will have a deep understanding of C++ concurrency and parallel programming and be able to build high-performance, scalable, and reliable concurrent and parallel systems.