OPERATING SYSTEMS AND SYSTEMS PROGRAMMING

1	Introduction, What is an Operating System Anyway???	[ppt,ps,pdf]
2	Operating Systems History, Services, and Structure	[ppt,ps,pdf]
3	Concurrency: Processes and Threads	[ppt,ps,pdf]
4	Thread Dispatching	[ppt,ps,pdf]
5	Cooperating Threads	[ppt,ps,pdf]
6	Synchronization	[ppt,ps,pdf]
7	Implementing Mutual Exclusion, Semaphores, Monitors, and Condition Variables	[ppt,ps,pdf]
8	Readers/Writers; Language Support for Synchronization	[ppt,ps,pdf]
9	Tips for working in a Project Team/ Cooperating Processes and Deadlock	[ppt,ps,pdf]
10	Deadlock (con't) / CPU Scheduling	[ppt,ps,pdf]
11	Scheduling (con't)  / Protection: Kernel and Address Spaces	[ppt,ps,pdf]
12	Address Translation	[ppt,ps,pdf]
13	Address Translation 2, Caching and TLBs	[ppt,ps,pdf]
14	Caching and TLBs 2, Caching and Demand Paging	[ppt,ps,pdf]
15	Page Allocation and Replacement	[ppt,ps,pdf]
16	Page Allocation and Replacement 2, Survey of I/O Systems	[ppt,ps,pdf]
17	I/O (con't), Disks and Queueing Theory	[ppt,ps,pdf]
18	Queueing Theory, Filesystems	[ppt,ps,pdf]
19	Filesystems, Naming, and Directories	[ppt,ps,pdf]
20	Networks and Distributed Systems	[ppt,ps,pdf]
21	Network Protocols	[ppt,ps,pdf]
22	Network Protocols II	[ppt,ps,pdf]
23	Network Communication Abstractions/RPC	[ppt,ps,pdf]
24	Distributed File Systems	[ppt,ps,pdf]
25	Protection and Security in Distributed Systems	[ppt,ps,pdf]
26	Protection and Security in Distributed Systems	[ppt,ps,pdf]
27	Optional Final Lecture on Topics of Interest	[ppt,ps,pdf]