CPU scheduling algorithms should ideally be optimized to achieve the following:

1. Maximum CPU Utilization: To ensure the CPU is not idle and is performing tasks most of the time.

2. Maximum Throughput: The number of processes that complete their execution per time unit should be maximum.

3. Minimum Turnaround Time: The total time taken from the submission of a process to the completion should be minimum.

4. Minimum Waiting Time: The total time a process has been waiting in the ready queue to get the CPU should be minimum.

5. Minimum Response Time: In an interactive system, the time taken from the submission of a request until the first response is produced should be minimum.

These are the general goals, but the importance of each can vary depending on the specific requirements of a system. For example, in a real-time system, it's crucial to complete certain tasks by a specific deadline.

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CPU scheduling algorithms should ideally be optimized to achieve the following:

1. Maximum CPU Utilization: To ensure the CPU is not idle and is performing tasks most of the time.

2. Maximum Throughput: The number of processes that complete their execution per time unit should be maximum.

3. Minimum Turnaround Time: The total time taken from the submission of a process to the completion should be minimum.

4. Minimum Waiting Time: The total time a process has been waiting in the ready queue to get the CPU should be minimum.

5. Minimum Response Time: In an interactive system, the time taken from the submission of a request until the first response is produced should be minimum.

These are the general goals, but the importance of each can vary depending on the specific requirements of a system. For example, in a real-time system, it's crucial to complete certain tasks by a specific deadline.

Knowee AI · Accepted Answer

CPU scheduling algorithms should ideally be optimized to achieve the following:

1. Maximum CPU Utilization: To ensure the CPU is not idle and is performing tasks most of the time.

2. Maximum Throughput: The number of processes that complete their execution per time unit should be maximum.

3. Minimum Turnaround Time: The total time taken from the submission of a process to the completion should be minimum.

4. Minimum Waiting Time: The total time a process has been waiting in the ready queue to get the CPU should be minimum.

5. Minimum Response Time: In an interactive system, the time taken from the submission of a request until the first response is produced should be minimum.

These are the general goals, but the importance of each can vary depending on the specific requirements of a system. For example, in a real-time system, it's crucial to complete certain tasks by a specific deadline.

CPU Scheduling algorithms should ideally be optimised such that:

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