Operating System |
|||
Easy |
Medium |
Difficult |
|
2020 |
1. Memory Management 2. Process Scheduling |
1. Process Scheduling 2. Memory Management 3. Disk Scheduling |
1. Process Synchronization |
2019 |
1.System Call |
1.File allocation system 2.Deadlock |
1.Process Synchronization 2.Process Management 3.Process Scheduling |
2018 |
— |
1.Memory Management 2.Deadlock(2) 3.Process Synchronisation |
1.Disk Scheduling |
2017 Set-1 |
1.Page replacement algorithm |
1.Threads 2.Process Scheduling |
1.Process Synchronization |
2017 Set-2 |
1.File allocation methods |
1.Threads 2.Deadlines 3.Process Scheduling |
— |
2016 Set-1 |
1.Process Scheduling |
1.Paging 2.Disk Scheduling |
1.Page replacement algorithm 2.Process Synchronization |
2016 Set-2 |
1.Page Replacement Algorithms |
1.SRTF(Scheduling) 2.Process Synchronization 3.Semaphores |
— |
2015 Set-1 |
1. Process Synchronization 2. Page replacement Algorithm |
1. Disk scheduling |
1. Process scheduling |
2015 Set-2 |
1. Dead rock 2. Heap tree 3. Virtual memory 4. Memory Management |
1. Virtual Memory |
— |
2015 Set-3 |
1. Process scheduling |
1. Deadlock 2. Process scheduling |
— |
2014 Set-1 |
1. Disk scheduling 2. Threads 3. Page replacement algorithm |
1. Deadlock 2. Process scheduling |
— |
2014 Set-2 |
1. File Allocation Table |
1. Process synchronization 2. Page replacement Algorithm |
1. Process scheduling |
2014 Set-3 |
1. Page replacement Algorithm |
1. Deadlock 2. CPU scheduling 3. Memory Managements |
— |
2013 |
— |
1. Deadlock 2. Process synchronization 3. CPU scheduling |
1. Process synchronization 2. Memory management (2) |
2012 |
1. System calls 2. Process scheduling |
1. File system 2. Page replacement |
1. Process Synchronization |
2011 |
1. Threads 2. Memory management 3. Process scheduling |
1. Context switching |
— |
2010 |
1. Process Synchronization |
1. Page replacement algorithm 2. Process scheduling 3. Process synchronization |
1. Deadlock |