Isolation (computer science)

Imagine you're playing with a toy car, and you want to make sure no other kids can touch it while you play. That's like isolation in computer science! It's a way to keep things separate and safe from other things.

In computer science, isolation means keeping different parts of a computer program separate from each other. Just like you might keep your toys separate from your friend's toys, isolation helps keep different parts of a computer program separate from each other. This makes sure that if there's a problem with one part of the program, it won't affect other parts.

For example, imagine your computer program has a bunch of different tasks it needs to do. It might have one task for showing pictures, one task for playing sounds, and one task for doing math problems. With isolation, each of those tasks is like a different toy car, and they're all kept separate from each other. That way, if there's a problem with one task (like maybe the math problems don't work right), it won't mess up the other tasks (like the pictures and sounds will still work fine).

Overall, isolation is like having a bunch of different toy cars or tasks, and making sure they stay separate from each other so they don't break each other or get mixed up. It's an important concept in computer science to make sure everything works smoothly and stays safe.