Round Robin: Time Quantum, Remaining Burst per Round, Context Switches and Quantum Size
This lesson is part of the course
In this lesson
You step four processes through round robin round by round, find how much CPU time each round uses, count the slices each process needs and see how a smaller quantum multiplies the context switches.
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Lessons in this course
- Processes & Metrics: Arrival, Burst, Turnaround, Waiting and CPU Utilisation Locked
- First-Come, First-Served: Start Times, Idle Gaps, a Timeline and the Convoy Effect Locked
- Shortest Job First: Ranking Bursts, Breaking Ties and Beating FCFS on Waiting Time Locked
- Priority Scheduling: Start Times with SUMIF, Starvation and a Simple Ageing Rule Locked
- Round Robin: Time Quantum, Remaining Burst per Round, Context Switches and Quantum Size Locked
- Page Replacement with FIFO: Reference Strings, Frames, Hits, Faults and the Fault Rate Locked
- LRU and Optimal Replacement: Last Use, Next Use, Victims and Belady's Anomaly Locked
- Disk Scheduling: FCFS, Shortest Seek First and the Elevator Order with Total Head Movement Locked