[University of Virginia][CS4414]Operating Systems

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2019-07-10 03:07:50
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http://rust-class.org/index.html 弗吉尼亚大学 2014年春季 操作系统课录像 课程网址: http://rust-class.org/index.html
视频选集
(58/84)
1_What is an Operating System
09:17
2_Does it have an Operating System
12:49
3_Operating Systems Course Overview
15:34
4_Introducing Rust
18:27
5_Zero to a Billion in 4.86 Years
03:22
6_From Chimps to Universal Machines
04:57
7_The Race to Practical Machines
09:20
8_The First Real Operating Systems
11:27
9_From Multics to Android
15:43
10_Once Upon a Process
07:32
11_Rust Expressions and Higher-Order Functions
17:25
12_How to Share a Processor - Preemptive Scheduling
20:49
13_Privileged Instructions
15:05
14_Virtualizing Machines
05:13
15_How Many Processes Should a Web Browser Create
09:10
16_Good Auld Shell (gash) Demo
16:54
17_PS2 Tips Background Processes, Interrupts
17:47
18_How to Make a Process
07:44
19_Virtual Memory in MULTICS
04:23
20_Virtual Memory in the x86
16:27
21_Modern Page Tables Multi-Level Paging
17:25
22_Segmentation Faults and Page Faults
05:28
23_More on Segmentation Faults
04:37
24_Processes, Threads, and Tasks
10:43
25_Exam Review gash in Ring 3, sudo
05:48
26_Concurrent Collatz Challenge
05:48
27_Memory Management in C
05:35
28_fingerd Fail! (The Morris Worm and How to Defeat It)
25:40
29_Automatic Memory Management
17:16
30_Type Safety and Garbage Collection
06:18
31_Pointers in Rust
16:03
32_goto fail; (Apple's SSL Bug)
19:25
33_Safe Sharing across Tasks
15:44
34_Introduction to Scheduling
03:52
35_Scheduling Recap, Real-Time Systems
10:08
36_First Come, First Serve; Round-Robin
09:00
37_Priorities
03:38
38_Preemptive Priority Scheduling
08:05
39_Lottery and Stride Scheduling
09:39
40_Glimpse at the Leaderboard
02:16
41_Scheduling in Linux (from 2.2 to OS X Mavericks)
18:27
42_Scheduling Web Services
27:06
43_Course Update Projects
03:52
44_Benchmarking for Customers
09:02
45_Latency
07:33
46_Tracing Routes
15:28
47_Bandwidth
04:59
48_Packet Switching and Internetworking
04:59
49_Course Update, 2013 Turing Award!
05:22
50_Memory Isolation in Software and Hardware
14:00
51_Entering the Kernel!
11:14
52_Introducing IronKernel
06:50
53_IronKernel Demo
14:55
54_IronKernel Developers
19:37
55_Storage
09:43
56_SRAM and DRAM
08:20
57_Disk Drives
10:14
58_Storage Abstractions (File Systems)
17:19
59_Making a File
05:55
60_Requirements for Modern File Systems
04:53
61_ZFS Integrity Checking
06:32
62_RAID Redundant Arrays of Inexpensive Disks
05:37
63_Adaptive Replacement Cache
08:15
64_Flash Memory
05:27
65_Log-Structured File Systems
15:05
66_Minimizing Magic
03:27
67_Access Control
16:49
68_setuid in Apache
13:05
69_Implementing System Calls
17:31
70_PS4 Postmortem
03:57
71_SSL Heartbleed
13:37
72_Synchronization
11:49
73_Projects_Hackathon Update
06:15
74_Mutual Exclusion Non-Solutions
15:17
75_Hardware-Assisted Mutual Exclusion
15:17
76_Dijkstra's Solution
07:15
77_What Should Be in the Kernel
07:19
78_Microkernels
18:21
79_L4 and Fast Interprocess Communication
13:36
80_Exokernels
06:05
81_Making Predictions
07:37
82_Sending Faxes from the Beach
12:32
83_Pace of Progress
08:05
84_Endless Golden Ages
20:13
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