Learning Outcome:

- The students will learn about different components of the Operating System.

- They will learn about processes and CPU Scheduling Algorithm.

- They would also learn about deadlocks and process synchronization.

• Theory Class 1 (31/5/2021) - Introduction I


• Theory Class 2 (2/6/2021) - Introduction II


• Lab Class 1 (2/6/2021)


• Theory Class 3 (7/6/2021) - Process I


• Theory Class 4 (9/6/2021) - Process II


• Lab Class 2 (9/6/2021)


• Theory Class 5 (16/6/2021) - CPU Scheduling (FCFS)


• Theory Class 6 (21/6/2021) - CPU Scheduling (SJF Non-Preemptive)


• Theory Class 7 (23/6/2021) - CPU Scheduling (SRTA)


• Lab 3 (23/6/2021)


• Theory Class 8 (28/6/2021) - CPU Scheduling (Priority)


• Theory Class 9 (30/6/2021) - CPU Scheduling (Round Robin)


• Lab 4 (3/7/2021)


• Theory Class 10 (12/7/2021) - Process Synchronization (Race Condition, Critical Section Problem)


• Theory Class 11 (14/7/2021) - Process Synchronization (Peterson's Solution, TestAndSet)


• Lab 5 (14/7/2021)


• Theory Class 12 (26/7/2021) - Process Synchronization (Semaphore)


• Theory Class 13 (28/7/2021) - Process Synchronization (Deadlock)


• Lab 6 (28/7/2021)


• Theory Class 14 (1/8/2021) - Process Synchronization (Classical Problems)


• Lab 7 (4/8/2021)


• Theory Class 15 (4/8/2021) - Memory Management I


• Theory Class 16 (9/8/2021) - Memory Management II


• Lab 8 (11/8/2021)


• Theory Class 17 (11/8/2021) - Virtual Memory I


• Theory Class 18 (18/8/2021) - Finals & Virtual Memory II