MODERN C++ PERFORMANCE ENGINEERING: Build high-speed systems that never miss a tick: Master C++17 and C++20 to Design Ultra-Fast Trading, Networking, and Real-Time Applications.

Waylon, Williams

ISBN 13: 9798270534684

Published by Independently published, 2025

About this Item

Print on Demand.

Seller Inventory # I-9798270534684

Bibliographic Details

• Title: MODERN C++ PERFORMANCE ENGINEERING: Build high-speed systems that never miss a tick: Master C++17 and C++20 to Design Ultra-Fast Trading, Networking, and Real-Time Applications.
• Publisher: Independently published
• Publication Date: 2025
• Language: English
• ISBN 13: 9798270534684
• Binding: Soft cover
• Condition: New

About this title

Synopsis

Unleash the full power of Modern C++ and engineer lightning-fast systems built for real-time performance.

In today’s data-driven, low-latency world, every microsecond counts — and Modern C++ Performance Engineering shows you exactly how to make each one matter. Whether you’re optimizing high-frequency trading systems, real-time analytics engines, or mission-critical applications, this book reveals the proven techniques, patterns, and performance secrets used by top-tier engineers to push C++ to its limits.

Inside, you’ll master:
✅ Cutting-edge optimization strategies for memory, CPU, and concurrency.
✅ The art of cache-aware and lock-free programming for true low-latency execution.
✅ How to profile, benchmark, and fine-tune your code using modern C++20 and C++23 features.
✅ Real-world performance case studies from financial, gaming, and high-performance computing domains.
✅ Best practices for writing clean, maintainable, and blazing-fast code that scales seamlessly.

Each chapter combines deep technical insight with practical hands-on examples, ensuring you not only understand high-performance design — you can build it.

If you’ve ever wanted to write C++ code that outperforms the competition, or wondered how elite engineers create systems that “never miss a tick,” this is your ultimate guide.

Your next breakthrough in C++ performance starts here — open the first page, and feel the speed.