Multitasking in today’s computer systems is based on a few important ideas:
Processes: Every program running on your computer is considered a process. Each process has its own space in memory to work with.
Context Switching: This is how the computer's brain, called the CPU, manages to change from one process to another. It remembers where it left off with the first process and then starts with the next one. You can think of it like a chef juggling different dishes for dinner.
Scheduling: Operating systems use special methods (like Round Robin or Shortest Job First) to decide which process runs first. This helps everything work smoothly and efficiently.
These ideas make multitasking possible. They let users run several applications at the same time, which helps get more done!
Multitasking in today’s computer systems is based on a few important ideas:
Processes: Every program running on your computer is considered a process. Each process has its own space in memory to work with.
Context Switching: This is how the computer's brain, called the CPU, manages to change from one process to another. It remembers where it left off with the first process and then starts with the next one. You can think of it like a chef juggling different dishes for dinner.
Scheduling: Operating systems use special methods (like Round Robin or Shortest Job First) to decide which process runs first. This helps everything work smoothly and efficiently.
These ideas make multitasking possible. They let users run several applications at the same time, which helps get more done!