Скачать или смотреть Multithreaded Programming in C Explained | Threads, Mutexes & Concurrency

Multithreaded programming allows C programs to run multiple tasks in parallel, improving performance on modern multi-core CPUs—but it also introduces complexity, bugs, and subtle race conditions.

In this video, we break down multithreaded programming in C from first principles, focusing on how threads really work and how to write safe, efficient concurrent code using the POSIX threads (pthreads) model.

🔍 What You’ll Learn

What multithreading is and why it matters

Process vs thread: what’s the real difference?

How pthreads work under the hood

Creating and joining threads in C

Shared memory and data races

Mutexes, locks, and critical sections

Condition variables and thread synchronization

Common concurrency bugs (race conditions, deadlocks, livelocks)

Performance tradeoffs and when not to use threads

🧠 Why Multithreading Is Hard

C gives you maximum control—and maximum responsibility:

No automatic safety checks

No garbage collection

No built-in data race protection

Understanding multithreading in C is essential for:

Systems programming

Operating systems and kernels

High-performance servers

Game engines and real-time software

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