Can asynchronous task execution be considered equivalent to a cooperative multitasking model?

Asynchronous task execution and cooperative multitasking are similar in concept but not exactly the same.

Cooperative multitasking is a model where tasks (processes or threads) explicitly yield control, allowing others to run. The management of context switching is initiated by the tasks themselves.

Asynchronous execution in Python (for example, using async/await) often implements cooperative multitasking: coroutines explicitly suspend at await points (such as I/O), allowing other coroutines to run.

However, asynchrony is a broader concept that includes other models (such as callback-oriented programming, event-driven), whereas cooperative multitasking is a specific method of task switching.

Example in Python with cooperative multitasking using asyncio:

import asyncio

async def task(name, delay):
    for i in range(3):
        print(f"{name} is running {i}")
        await asyncio.sleep(delay)  # yield control

async def main():
    await asyncio.gather(task("A", 1), task("B", 0.5))

asyncio.run(main())

Here, await is a point of cooperative yield of control.