Low-Latency C++ Programming
This course provides a deep dive into the design and optimization of high-performance, low-latency C++ applications. Through practical examples and system-level insights, participants will learn how to minimize runtime delays, tune memory and threading performance, and interface efficiently with operating system and hardware components. Ideal for developers working in finance, gaming, networking, or any domain where every microsecond counts.
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Course Duration:
40 hours
Level:
Intermediate
Course Objectives
By the end of this course, participants will be able to:
Understand and define latency-critical application requirements.
Apply C++ best practices to write predictable, high-performance code.
Tune memory usage and avoid allocation-related slowdowns.
Implement multithreaded systems with lock-free concurrency.
Optimize system interactions and I/O for minimal latency.
Profile, benchmark, and continuously tune C++ applications using modern tools.
Prerequisites
Solid knowledge of modern C++ (C++11 and above).
Understanding of multithreading and system-level programming.
Basic familiarity with performance profiling tools and Linux systems.
Experience with C/C++ development in production environments.
