Fall 2006 1 EE 333 Lillevik 333f06-l1 University of Portland School of Engineering Computer...
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Fall 2006 Lillevik 333f06- l1 1 University of Portland School of Engineering EE 333 Computer Organization Lecture 1 Introductions Course objectives PC Example Prerequisites
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Transcript of Fall 2006 1 EE 333 Lillevik 333f06-l1 University of Portland School of Engineering Computer...
Fall 2006
Lillevik 333f06-l1 1University of Portland School of Engineering
EE 333
Computer OrganizationLecture 1
IntroductionsCourse objectives
PC ExamplePrerequisites
Fall 2006
Lillevik 333f06-l1 2University of Portland School of Engineering
EE 333
Introductions
• Instructorhttp://faculty.up.edu/lillevik
Quiz
• Students– Name, home town– Major, technical interests– Hobbies
Fall 2006
Lillevik 333f06-l1 3University of Portland School of Engineering
EE 333
Course Objectives
1. Explain the fundamental hardware blocks of a computer system
2. Assemble and dis-assemble machine instructions
3. Design a 16-bit RISC computer at the logic level
4. Micro-program machine instructions5. Interconnect agents across a bus
Fall 2006
Lillevik 333f06-l1 4University of Portland School of Engineering
EE 333
PC example
SocketLGA775
PCI SlotsNBr
SBr DDR2
Fall 2006
Lillevik 333f06-l1 5University of Portland School of Engineering
EE 333
What are the key PC components?
• Cpu
• Memory
• Power supply
• Graphics
• Storage/hard drive
• Mobo
• Cooling system
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EE 333
• Case
• Kbd, mouse
• CD drive
• Audio, speakers
• NIC
• Monitor
•
Fall 2006
Lillevik 333f06-l1 7University of Portland School of Engineering
EE 333
Pentium D 805, 4.1 GHz dual core
Top View Bottom View
Fall 2006
Lillevik 333f06-l1 8University of Portland School of Engineering
EE 333
What’s inside the micro?
• Logic gates, flip flops
• ALU, FPU
• PLA
• MUX, DMUX(decoder), encoder
• Parity generator
• Controller
Fall 2006
Lillevik 333f06-l1 9University of Portland School of Engineering
EE 333
Prerequisites
• Combinational logic– Truth tables, K-maps– SOP, POS
• Sequential logic– Flip-flops– State diagram, next state decoder
• MSI devices: MUX, decoder, adder
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Lillevik 333f06-l1 10University of Portland School of Engineering
EE 333
MSI devices
• MUX: selects one input from many
• Decoder: asserts one output based on input number
• Adder: two’s complement
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Lillevik 333f06-l1 11University of Portland School of Engineering
EE 333
What is the truth table?
A B F
0 0 0
0 1 1
1 0 1
1 1 0
F = A·B + A·B
Fall 2006
Lillevik 333f06-l1 12University of Portland School of Engineering
EE 333
Schematic: SOPF = A·B + A·B
Fall 2006
Lillevik 333f06-l1 13University of Portland School of Engineering
EE 333
What is the truth table?
Fall 2006
Lillevik 333f06-l1 14University of Portland School of Engineering
EE 333
What is the logic function?
In1 In0 Out1 Out0
0 0 0 1
0 1 1 1
1 0 1 0
1 1 0 1
Fall 2006
Lillevik 333f06-l1 15University of Portland School of Engineering
EE 333
What is the logic function?
Fall 2006
Lillevik 333f06-l1 16University of Portland School of Engineering
EE 333
What is the logic function?In Out
000 1
001 1
010 0
011 1
100 0
101 0
110 1
111 1
Fall 2006
Lillevik 333f06-l1 17University of Portland School of Engineering
EE 333
Expectations of the Instructor
1.
2.
3.
Fall 2006
Lillevik 333f06-l1 18University of Portland School of Engineering
EE 333
Rumors on the Street
1.
2.
3.
Fall 2006
Lillevik 333f06-l1 19University of Portland School of Engineering
EE 333
Fall 2006
Lillevik 333f06-l1 20University of Portland School of Engineering
EE 333
What is the truth table?
A B F
0 0 0
0 1 1
1 0 1
1 1 0
F = A·B + A·B
Fall 2006
Lillevik 333f06-l1 21University of Portland School of Engineering
EE 333
What is the logic function?
In1 In0 Out1 Out0
0 0 0 1
0 1 1 1
1 0 1 0
1 1 0 1
Fall 2006
Lillevik 333f06-l1 22University of Portland School of Engineering
EE 333
What is the logic function?In Out
000 1
001 1
010 0
011 1
100 0
101 0
110 1
111 1
