Metal High Performance Computing Simd by Carter Thompson (2 results)

Taschenbuch. Condition: Neu. Neuware - Engineer ultra-fast, low-latency systems with modern C++ for robotics, simulation, and performance-critical softwareWhen milliseconds matter, abstraction alone is not enough.Real-time robotics, simulation engines, embedded systems, and high-performance computing platforms require precise memory control, predictable execution, and efficient hardware utilization.C++ remains one of the most powerful tools for building these systems.'C++ at the Metal' is a practical, engineering-focused guide to writing high-performance C++ applications optimized for modern hardware, real-time execution, and computational efficiency.This book teaches developers how to build fast, deterministic systems using advanced C++ techniques, SIMD optimization, and low-level performance engineering.Why performance engineering mattersModern robotics and simulation systems face challenges such as: - real-time processing constraints- low-latency sensor pipelines- memory bandwidth bottlenecks- CPU cache inefficiencies- high-frequency control loops- parallel computation demands- deterministic execution requirementsEfficient systems programming is essential for meeting these constraints reliably.What you will learn- modern C++ fundamentals for systems programming- memory management and cache-aware design- low-level performance optimization techniques- SIMD and vectorized computation strategies- multithreading and concurrency patterns- lock-free and low-latency programming concepts- real-time systems design principles- profiling and benchmarking workflows- numerical optimization for simulation systems- interfacing with robotics and hardware platformsFrom algorithms to hardware-efficient systemsThroughout the book, you will learn how to: - write cache-friendly high-performance code- reduce latency in real-time pipelines- optimize CPU-bound workloads effectively- leverage SIMD for computational acceleration- design deterministic concurrent systems- benchmark and profile software scientifically- build maintainable systems without sacrificing speedEach chapter focuses on practical engineering patterns used in robotics, simulation, and infrastructure software.Practical applications- robotics control systems- simulation and physics engines- autonomous systems software- sensor fusion pipelines- game and rendering engines- real-time infrastructure platformsThese examples reflect real-world high-performance engineering challenges.Who this book is for- C++ developers- robotics engineers- simulation engineers- systems programmers- embedded developers- performance-focused software engineersIf you want to build software that fully utilizes modern hardware while remaining reliable and maintainable, this book provides the roadmap.Control memory precisely.Optimize relentlessly.Engineer systems at the metal.…

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