Computer Organization Lectures for Spring 2008
Lecture |
Date |
Topics |
Overheads |
Handouts |
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Final Exam, Tuesday (May 6) 8-9:50 AM in ITT 322 |
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30 |
5/1 |
Hardware support for the Operating System, and Review for the Final |
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29 |
4/29 |
Hardware support for the Operating System |
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28 |
4/24 |
PCSpim System Calls, MIPS bit-wise logic and shift/rotate instructions |
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27 |
4/22 |
Examples using MIPS calling conventions |
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26 |
4/17 |
Test 2 |
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25 |
4/15 |
Test 2 Review; |
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24 |
4/10 |
MIPS calling conventions |
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23 |
4/8 |
Run-time stack |
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22 |
4/3 |
MIPS Practice |
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21 |
4/1 |
MIPS: Practice; 1-D arrays; Multidimensional Arrays, Pointer Walking; |
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20 |
3/27 |
MIPS Assembly Language Introduction: Control structures |
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19 |
3/25 |
MARIE Microprogrammed Control Unit |
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Spring Break – March 17 to March 21 |
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18 |
3/13 |
MARIE Assembly Language Practice; MARIE Hardwired Control Unit |
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17 |
3/11 |
MARIE Assembly Language Programming Examples MARIE Simulator and Environment |
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16 |
3/6 |
Sections 4.1-4.7 Computer Components MARIE Introduction |
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15 |
3/4 |
Return Test 1; Square Memory Implementation |
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14 |
2/28 |
TEST 1 |
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13 |
2/26 |
D-flip flop and register file; Review for Test1 |
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11 |
2/19 |
One-bit memories: SR-latch, timing diagrams, gated/clocked SR-latch, D-latch |
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09 |
2/12 |
Combinational circuits: decoders, multiplexers, adders |
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07 |
2/5 |
Boolean logic |
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06 |
1/31 |
Character representation Error Detection and Correction |
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04 |
1/24 |
Floating Point Representation |
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03 |
1/22 |
Signed integers: two's complement |
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02 |
1/17 |
Unsigned numbers |
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01 |
1/15 |
Introduction to Computer Organization and Terminology; Computer History |
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