Textbooks: Operating System Concepts, 9th edition, Silberschatz, Galvin and Gagne
Reference Books: Advanced Programming in Unix Environment, W.Richard Stevens,
Unix Network Programming, vol.2, W.Richard Stevens,
Design of Unix Operating System, Maurice Bach
Operating Systems: a design oriented approach, Charles Crowley
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Date |
PLANNED SCHEDULE |
ACTUAL SCHEDULE |
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July 18 |
Introduction |
Introduction |
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July 19 |
fork(), Process state diagram, PCB, zombies/orphans |
How system calls work, Interrupt processing |
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July 20 |
What does fork() do exactly? CoW and exec(), wait() |
No class |
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July 25 |
Lab Class - 1 |
No class |
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July 26 |
IPC: Pipes, Named Pipes, Shared Memory (Features such as blocking/nonblocking, buffered/unbuffered) |
Bootup procedure, review of system calls |
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July 27 |
Process scheduling: general concepts, FIFO, SJF, Priority, RR, Multi-level queue, Multi-level feedback queue |
fork(), Process state diagram, PCB, zombies/orphans |
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August 1 |
Lab Class - 2 |
fork() experiments |
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August 2 |
Context switch, Multithreading |
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August 3 |
Process Synchronization |
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August 8 |
Lab Class - 3 |
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August 9 |
Analysing code with semaphores |
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August 10 |
Monitors and Transactional memory |
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August 16 |
MINOR – 1 |
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August 17 |
Deadlocks: RAG, Deadlock avoidance algos. |
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August 23 |
Deadlock detection and recovery |
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August 24 |
Memory Mgmt. Basics – linking, loading |
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August 29 |
Lab Class - 4 |
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August 30 |
Segmentation, paging, binding |
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August 31 |
Review of paging + TLB |
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September 5 |
Lab Class - 5 |
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September 6 |
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September 7 |
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September 12 |
Lab Class - 6 |
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September 14 |
Hierarchical paging, inverted page tables, hashed tables, Intro to VMM |
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September 19 |
Lab Class - 7 |
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September 20 |
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September 26 |
Lab Class - 8 |
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September 27 |
Page replacement, frame allocation, thrashing and solutions |
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September 28 |
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October 3 |
Lab Class - 9 |
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October 4 |
Intro. to FS |
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October 5 |
Disk allocation strategies |
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October 10 |
Lab Class - 10 |
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October 11 |
FAT, inode, Free space mgmt., Directory implementation |
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October 12 |
MBR, VCB, VFS and mounting, Backup, Consistency, Journaling systems |
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October 17 |
Lab Class - 11 |
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October 18 |
I/O subsystem: Programmed and memory-mapped I/O, DMA, Block, char and N/W devices, device driver structures and entry points |
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October 24 |
Lab Class - 12 |
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October 25 |
Blocking and non-blocking I/O, Disk scheduling algorithms + RAID, NAS, SAN concepts |
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October 26 |
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October 31 |
Lab Class - 13 |
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November 1 |
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November 2 |
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November 8 |
MINOR – 3 |
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