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30/7
overview
lecture1 Course overview Introduction to Computing Systems [ostep] Ch. 2 [dive] Ch. 0, [csapp] Ch. 1 Lab1 (due date: 8th Aug) |
1/8
lecture2 Architecture overview and it's abstractions, and positioning the OS. [ostep] Ch. 2 [dive] Ch. 0, 1, 2, 3 [csapp] Ch. 1 |
6/8
lecture3 OS building blocks [ostep] Ch. 2, Ch. 6 [dive] Ch. 5 |
8/8
lecture4 The process abstraction [ostep] Ch. 4, Ch. 5 Lab2 available. |
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13/8
lecture5 The Process API [ostep] Ch. 4, Ch. 5 |
15/8 Holiday Independence Day |
20/8
lecture6 The Process API (2) code: mycat.c mycat2.c [ostep] Ch. 4, Ch. 5 |
22/8
lecture7 the system call mechanism [ostep] Ch. 6 |
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27/8
Institute Holiday |
29/8
lecture8 the system call mechanism (2) [ostep] Ch. 6 |
3/9
lecture9 memory virtualization [ostep] Ch. 13, 14, 15, 16 |
5/9
Institute Holiday |
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10/9
lecture10 the address space abstraction, the paging mechanism [ostep] Ch. 16, 18 |
12/9
lecture11 paging, lazy page allocation, demand paging, address space management [ostep] Ch. 17, 18, 21, 22 |
17/9 Midsem exam week |
19/9 Midsem exam week |
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24/9
lecture12 memory virtualization and management redux [ostep] Ch. 17, 18, 21, 22 |
26/9
lecture13 memory management redux and xv6 intro [ostep] Ch. 17, xv6 book |
1/10
lecture14 xv6 hands-on |
3/10
lecture15 Process scheduling mechanims and policies [ostep] Ch. 7, 8, 9, 10 |
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8/10
lecture16
In-lab tasks link1 link2 link3 link4 link5 |
10/10
lecture17 concurrency and synchronization [ostep] Ch. 26, 27, 28 |
15/10 | 17/10 |
| 22/10 |
24/10 |
29/10 | 31/10 |
| 5/11 | 7/11 |
10/11- 22/11 End-semester exam |
. . . to infinity and beyond! |