The Art of Performance-Driven Programming: A Comprehensive Guide to Writing Efficient C++ Code for Modern Hardware Architectures (eBook, ePUB)
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The Art of Performance-Driven Programming: A Comprehensive Guide to Writing Efficient C++ Code for Modern Hardware Architectures is the definitive resource for advanced programmers seeking to master the intricate art of high-performance C++ development. This comprehensive guide bridges the gap between theoretical computer science and practical optimization techniques, providing readers with deep insights into modern hardware architectures and compiler technologies.The book covers twelve essential chapters spanning from foundational performance engineering principles to cutting-edge optimizatio...
The Art of Performance-Driven Programming: A Comprehensive Guide to Writing Efficient C++ Code for Modern Hardware Architectures is the definitive resource for advanced programmers seeking to master the intricate art of high-performance C++ development. This comprehensive guide bridges the gap between theoretical computer science and practical optimization techniques, providing readers with deep insights into modern hardware architectures and compiler technologies.
The book covers twelve essential chapters spanning from foundational performance engineering principles to cutting-edge optimization strategies for emerging technologies. Readers will explore memory hierarchy optimization, cache-friendly programming patterns, advanced compiler optimization techniques, and parallel programming paradigms. Each chapter includes detailed explanations of hardware-software interactions, real-world case studies, and practical C++ examples that demonstrate optimization principles in action.
Written for experienced developers, system architects, and performance engineers, this book addresses critical topics including NUMA-aware programming, lock-free data structures, vectorization techniques, and domain-specific optimizations for HPC, real-time systems, and cloud-native applications. The comprehensive appendices provide invaluable reference materials including optimization checklists, compiler flag references, and profiling tool comparisons.
Whether you're optimizing financial trading systems, game engines, or scientific computing applications, this book equips you with the knowledge and tools necessary to extract maximum performance from modern hardware while maintaining code quality and maintainability.
The book covers twelve essential chapters spanning from foundational performance engineering principles to cutting-edge optimization strategies for emerging technologies. Readers will explore memory hierarchy optimization, cache-friendly programming patterns, advanced compiler optimization techniques, and parallel programming paradigms. Each chapter includes detailed explanations of hardware-software interactions, real-world case studies, and practical C++ examples that demonstrate optimization principles in action.
Written for experienced developers, system architects, and performance engineers, this book addresses critical topics including NUMA-aware programming, lock-free data structures, vectorization techniques, and domain-specific optimizations for HPC, real-time systems, and cloud-native applications. The comprehensive appendices provide invaluable reference materials including optimization checklists, compiler flag references, and profiling tool comparisons.
Whether you're optimizing financial trading systems, game engines, or scientific computing applications, this book equips you with the knowledge and tools necessary to extract maximum performance from modern hardware while maintaining code quality and maintainability.
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