How is thread management implemented when using standard schedulers in asynchronous systems?

In asynchronous systems, such as when using Kotlin Coroutines in Android, thread management is done through dispatchers (Dispatchers). Standard dispatchers determine which thread or thread pool will execute the coroutine:

• Dispatchers.Main — runs tasks on the main (UI) thread. Used for updating the interface.
• Dispatchers.IO — optimized for input-output operations (reading/writing files, network requests). Uses a thread pool that can dynamically expand.
• Dispatchers.Default — intended for CPU-intensive tasks, such as calculations. Uses a thread pool usually equal to the number of processor cores.

Thus, when launching a coroutine with a specific dispatcher, the system automatically distributes tasks across the appropriate threads, ensuring efficient resource use and preventing UI thread blocking.