How does the Aging technique improve the performance of priority-based scheduling algorithms?
- Decreases the priority of older processes, enhances the priority of high-priority tasks, reduces the impact of aging on system performance, mitigates issues with priority inversion.
- Dynamically adjusts priorities based on process age, eliminates the need for preemptive scheduling, improves system responsiveness, prevents aging-related problems.
- Increases the priority of older processes, prevents starvation of lower-priority processes, ensures fairness in task execution, minimizes the impact of priority inversion.
- Maintains static priorities for all processes, relies solely on preemptive scheduling, can lead to starvation of older processes, exacerbates priority inversion issues.
The Aging technique in priority-based scheduling algorithms involves increasing the priority of older processes over time. This prevents starvation of lower-priority processes while ensuring fairness and minimizing the impact of priority inversion. By dynamically adjusting priorities based on process age, the system becomes more responsive and efficient. This approach contrasts with static priorities or preemptive-only strategies, which can lead to various scheduling challenges.
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