Real-Time C++

Real-Time C++ by Christopher Kormanyos is a powerful programming reference that teaches developers how to design high‑performance, real‑time embedded systems in modern C++. Balancing theory with application, this book guides readers through object‑oriented programming, concurrency management, and system‑level optimization tailored for embedded hardware.

From microcontroller programming to timing precision, Real‑Time C++ emphasizes efficiency, reliability, and portability. Kormanyos explains how to apply C++ features like templates, classes, and compile‑time computations to meet the strict timing constraints of real‑world embedded solutions.

This book’s unique appeal lies in its practical engineering perspective and expert approach to real‑time software design. Each topic is reinforced with real examples, best practices, and performance insights that help developers build safer, faster, and more maintainable embedded applications.

A must‑read for embedded developers and advanced programmers, Real‑Time C++ showcases how modern C++ can be leveraged to create deterministic, high‑quality code for automotive, industrial, and mission‑critical systems — blending performance with the elegance of robust C++ architecture.