Concurrent Programming Concepts
Master concurrency, async/await, parallelism, and synchronization. Build scalable applications that efficiently utilize multi-core processors.
Course Content (7 lessons)
Concurrency enables computers to perform multiple tasks simultaneously. Modern processors have multiple cores, enabling true parallel execution. This lesson in
Threads and processes are the fundamental units of concurrent execution. This lesson explores how they differ, how they're created and managed, and their trad
Async/await is a modern pattern for handling asynchronous operations without explicit thread management. This lesson covers how async/await simplifies concurren
Synchronization primitives are building blocks enabling threads to coordinate access to shared resources. This lesson covers locks, semaphores, monitors,
Deadlock is a situation where threads wait for each other indefinitely. This lesson explores conditions for deadlock, detection strategies, and prevention techn
The Actor model is a concurrent programming paradigm where independent entities (actors) communicate exclusively through message passing. This lesson explores how the A
Parallel algorithms exploit multiple processors to solve problems faster. This lesson covers fundamental parallel algorithm patterns and strategies for designin