Tuesday	Thursday		Tuesday	Thursday
January 15	January 17		January 22	January 24
Linux Project 1:	Linux Project 2:		MOS 1: Introduction	PUP 1: Concurrency
Install RH 7.2	Configure RH 7.2		Operating System Concepts	1.6: makeargv, freeargv
	Install Ximian Gnome		History of Operating Systems
Linux: installation lab	Linux: configuration lab		OS Structures	PUP: programming env
January 29	January 31		February 5	February 7
MOS 2: Processes and Threads	Linux Project 3 and 4:		MOS 2: Processes and Threads	PUP 2: Processes, Files
Processes, Threads,	Applications		Processes, Threads,	2.14: simple biff
IPC, Scheduling	Apache, shell scripts, cron		IPC, Scheduling
	Linux: system demos			PUP: demos
February 12	February 14		February 19	February 21
MOS 3: Deadlocks	Linux Project 5:		MOS 4: Memory Management	PUP 3: Processes, Files
Deadlock Detection,	NFS servers and clients		Swapping, Virtual Memory	3.12: proc filesystem
Avoidance, Recovery,			Page Replacement Algorithms
and Prevention	Linux: system demos			PUP: demos
February 26	February 28		March 5	March 7
	Linux Project 6:
MOS 4: Memory Management	Java, enscript, a2ps, gv		MOS 5: Input/Output	Midterm Exam
Paging Systems	PUP 4: Token Ring		I/O, Disks, Clocks
Segmentation	4.1: token rings		GUI's, Terminals
	Linux and PUP workshop			MOS: Chapters 4 and 5
March 12	March 14		March 19	March 21
PUP 5: Signals	Spring Break		Spring Break	Spring Break
5.5: biff with signals
PUP: demos
March 26	March 28		April 2	April 4
	Linux Project 7:
MOS 6: File systems	Samba		MOS 7: Multimedia OS's	PUP 7: Shells
Files, Directories	PUP 6: Timers		Audio, Video	7.6: myshell, ush
File System Implementation	6.8: mycron		Multimedia Process Scheduling
	Linux and PUP workshop			PUP: demos
April 9	April 11		April 16	April 18
	Linux Project 8:
MOS 7: Multimedia OS's	VNC		MOS 8: Multiple Processor Systems	PUP 9: Threads
File Placement, Caching	PUP 8: Semaphores		Multiprocessors	9.4: user vs kernel threads
Disk Scheduling	8.4: semaphores, critical sections		Distributed Systems
	Linux and PUP workshop			PUP: demos
April 23	April 25		April 30	Text:
				Tanenbaum,
MOS 9: Security	Linux Project 9:		MOS: Where to from here?	"Modern Operating Systems"
User Authentication	NIS		Frontiers	Robbins and Robbins,
Attacks from Within and Without				"Practical Unix Programming"
Protection Mechanisms	Linux: system demos		Chapter 13
May 4			Grading Scheme:	points
	CprS 270		tests	45 points
Final Exam	Operating Systems		participation	20 points
Saturday 9 am	TTh 11:00-12:15 pm		homework	15 points
	Fall 2002		final exam	20 points
MOS: Chapters 1 through 9	Parrish		total:	100 points