week	class	date	topics	reading	projects	homework
	1	1	19-Jan	introduction	Chapter 1	account setup
	2	2	24-Jan	binary representation	Chapter 2	Proj 1: bit twiddling, 1/24, trivia due 1/29 noon, project due 2/3 midnight
		3	26-Jan	integer
	3	4	31-Jan	floating point
		5	2-Feb	assembly overview, encoding	Chapter 3, w/o 3.14 and 3.15	Proj 2: binary bomb, 2/3, trivia due 2/8 noon, project due 2/17 midnight
	4	6	7-Feb	access, arithmetic
		7	9-Feb	control
	5	8	14-Feb	arrays and structures
		9	16-Feb	pipelining	4.4 and 4.5	Proj 3: buffer bomb, 2/17, trivia due 2/21 noon, project due 2/23 midnight
	6	10	21-Feb	computer architecture			hw1, 2/16, due 2/23
		11	23-Feb	code improvement	Chapter 5
	7	12	28-Feb	memory hierarchy	Chapter 6
		13	2-Mar	mid-term		Proj 4: perf. tuning, 3/2, trivia due 3/6 noon, project due 3/24 midnight
	8	14	7-Mar	four models of locality	handouts
		15	9-Mar
		Spring break
	9	16	21-Mar	reference affinity
		17	23-Mar	linking	Chapter 7 w/o 7.12
	10	18	28-Mar	libraries		Proj 5: Unix shell, 3/24, trivia due 3/27 noon, project due 4/6 midnight
		19	30-Mar	exceptions, processes, signals	Chapter 8
	11	20	4-Apr	the rest of control flow
		21	6-Apr	measuring time	9.1, 9.4, 9.5
	12	22	11-Apr	dynamic memory	Chapter 10	Proj 6: malloc, 4/11, trivia due 4/14 noon, project due 4/19 noon
		23	13-Apr	virtual memory
	13	24	18-Apr	address translation			hw2, 4/11, due 4/20
		25	20-Apr	network programming	Chapter 12	Proj 7: network prog., 4/20, trivia due 4/24 noon, project due 5/3 noon
	14	26	25-Apr	virtual machines	handouts
		27	27-Apr	course evaluation
	15	28	2-May	final exam