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Green Sheet
Spring 2008 Schedule
Midterms and Final
Ø Midterm 1
Study Guide Thursday, Feb 21, 2008.
Do not come late! Midterm 1 Answer
Ø Midterm
2 Thursday, March 20, 2008. Do not
come late!
Ø
Solution-Midterm 2
Ø Solution-Quiz3-Timing
Diagram
Ø
Midterm 3 Thursday, April
24, 2008. Do not come late!
Ø
Ø
Final Review Questions / Study
Guide Tuesday, May 13, 2008. Do not come late!
Homework and Program Assignments (For Spring
2008)
Ø Assignment 1 Due Thursday, February. 28, 2008.
Ø Assignment
2 Due Tuesday, April 1, 2008.
Ø Assignment 3 Due
Thursday, May 1, 2008.
Lecture Notes
Ø Lecture 1 [Spring 08] (1/24)
Ø Using
PowerPoint [Spring 08]
Ø Lecture 2 How Does
Computer Work?
(1/29)
Ø Lecture 3 Logical
Circuits(1/31)
Ø Lecture 4 Karnaugh Maps(2/5)
Ø Practice assignment 1 (2/5)
Ø Lecture 5
Decoders
Ø Lecture 6
Decoders & Multiplexers(2/12)
Ø
Lecture 7 Sequential Circuits and Finite State
Machines
Ø Lecture 8
Sequential Logic(2/19)
Ø
Lecture 9
Flip-Flop(2/21)
Ø Lecture 10 Instruction Set Architecture(2/26)
Ø Lecture 11 Cache Memory(2/28)
Ø
Lecture 12 FSAMemory(3/6)
Ø Practice assignment 2 (3/4)
Ø
Lecture 13 Memory(3/11)
Ø Lecture 14 Memory-2(3/13)
Ø Lecture 15 Replacement Policy (3/18)
Ø
Lecture 16 Virtual Memory(I) (4/1)History
of Virtual Memory[Link]
Ø Lecture 17
Virtual Memory(II)
Ø Lecture 18
Virtual Memory(III)
Ø Lecture 19
RISC Architecture (I) (4/10)
Ø Lecture 20 RISC
Architecture (II)
Ø Lecture 21 Midterm
3 Revision (4/15)
Ø
Lecture 22 Parallel Computers (4/17)
Ø
Lecture 23 Midterm 3 Revision 2 (4/22)
Ø Lecture 24 Super
Computers (I) (4/29)
Ø Lecture 25
Super Computers (II)
Ø Lecture 26 Final Revision
I (5/6)
Ø
Lecture 27 Final Revision II
Ø Final Review
Ø Basic
Computer Organization
Ø Programmable Logical
Devices – ROM 2
Ø Computer
Arithmetics
Ø Sequentail
Logic (part 1)
Ø Sequentail Logic (part 2)
Ø Sequentail
Logic (part 3)
Ø Sequentail
Logic (part 4)
Ø Sequentail
Logic
Ø Cache Memory
Ø Cache Memory
Ø Cache Memory (11/02/04)
Ø Virtual Memory
1
Ø Virtual Memory
2
Ø Parallel
Computers
Ø Super
Computers ---Parallel Computers
Ø Vitual Memory
Ø Input/Output
Ø RISC Problem (STILL
NEED FILE)
Ø Pipelining
Ø Lecture 25 Revision
Revision
Midterm 2
Students Presentation Spring
2008
Ø Logic,
Circuits, and Truth Tables (Kristina Miguel)
Ø Comparisons (Dela Tsiagbe)
Ø Fetch
Execute Circles (Travis Griffiths)
Ø ALU
(Anna Kurek)
Ø Memory (Nathaniel Gilbert)
Ø Relatioship between Adress
Width and Memory Height (Sam Bouguerra)
Ø 28SPCH ( DavidKilgore)
Ø Replacement Algorithm
(Michael Smaili)
Ø Virtual Memory (Dinougne Fahih)
Ø Memory
Hierarchy (Michael Holden)
Ø Cashing
(David Sands)
Ø RISC
vs. CISC (Chiam Cook)
Ø Parallel Connections (Michael
Fromwiller)
Ø Wide Area
Network (Eric Cozzi)
Homework and Program Assignments (For Fall
2004)
Ø Program Assignment
1 Due Thursday, September 9, 2004.
Ø Program Assignment 2
Due Tuesday, October 5, 2004.
Ø Program Assignment 3 Due
Tuesday, November 23, 2004.
Homework and Program Assignments (From Fall
2003)
Ø Program
Assignment 1 Due Tuesday, September 23, 2003.
Ø Program
Assignment 2 Due Thursday, October 23, 2003
Ø Program Assignment 3 Due
Thursday, December 4, 2003
Students Presentation 2007 Fall
Ø SR Flip-Flop (Lucas Hereld)
Ø Logic and Computer Design (Simon Petruc-Naum)
Ø Finite State
Machines (Mabel Thong)
Ø Arithmetic (Li Wen)
Ø The
Instruction Set Architecture (Corbin Johnson)
Ø Processor
Types And Instruction Sets (Barak Perelman)
Ø Cache Memory (Ben Aranguren)
Ø Physical Memory and Physical Addressing (Alex
Ames)
Ø THE NETWORKS (Theo Chakkapark)
Ø Cache
memory (Tatsiana Gomova)
Ø Cache
memory (Lei Li)
Ø More about
Cache (Darius Kurbiel)
Ø CISC
(Nathan Murata)
Ø RISC/CISC Architecture (Derek Ng)
Ø RISC Architecture
(Sherwin Chan)
Ø Virtual
Memory (Chris Stewart)
Ø A bit about computer
architecture (Robert Correll)
Ø CISC…AGAIN!!!
(Javier Arboleda)
Ø Pipelining
(Derek Closson)
Ø Architecture
Examples and Hierarchy (Samuel Njoroge)
Ø Pipelining
FAQ (Alex Jay)
Ø Supercomputer (Rohan
Dhamnaskar)
Ø Instruction Set Virtualization (Muddsar Jamil)
Ø Raid (Kenneth Chen)
Ø Cache
(Tonatiuh Medina)
Students Presentation 2006 Fall
Ø Memory and Storage (Lalaine Consolacion)
Ø Virtual Memory (Michael Francini)
Ø Virtual Memory (Hideaki Tsumita)
Students Presentation 2005
Ø The Variety
of Processor and Computational Engines (Amir Rahama)
Ø
Instruction Sets (Koichiro Hongo)
Ø Processor Types
(Dave Maung)
Ø Virtual Memory (Xiaoming Ru)
Ø Cache (Ed
Martinez)
Ø Virtual
Memory (Anthony Palladino)
Ø RISC
& CISC (Eugene Clewlow)
Ø Parallel
Processing_(Wanki Ho)
Ø Physical
Memory and Physical Addressing (Polina Zapreyeva)
Ø Additional
Cache Notes (Dan Nguyen)
Ø Input
and Output Organization (William Suryajaya)
Ø Interrupts
(Ryan Morris)
Ø RISC
Architecture and Pipelining (Joel C. Frank)
Ø Types
of Parallelism (Justin Bellomi)
Ø Caches
& Caching Part 2 (Luong Hoang)
Ø Operand
Addressing and Instruction Representation
Ø Operand
And Instructions Representation (Dave Maung)
Ø Pipelining (Keng Teng Lao)
Ø RISC (Yangcha K. Ho)
Ø Memory and
Storage (Aldon Tom)
Ø CISC & RISC (Tue
Nguyen)
Ø Input/Output
of a Computer (Jose Reyes Jose)
Students Presentation 2004
Ø Machine and Assembly
Language and the Microchip PIC (Justin Corpron)
Ø Intel Assembly Language (Karim Kaddoura AKA Tim)
Ø Assembly Language
(Leslie Law)
Ø Sequential Logic (Dylan
Smeder)
Ø Sequential Logic
(Wang, Kuo Tsui Reqina)
Ø Assembly
Language and Instruction Set Architecture (Mitch Zollinger) Betasim
Online
Ø Instruction
Set Architecture (Stephen Murphy)
Ø I.O. Presentation
(Tommy Zeng)
Ø I.O. Presentation (Truc Truong)
Ø mainmemory-kevinulin
Ø Virtual
Memory(S[1].LaBarbera)
Ø Virtual Memory Thi Nguyen
Ø Cache
Memory Tom Austin
Ø Cache
Memory Sean Hunter
Ø Cache Memory
Aung Oo
Ø Build PC by David Stillion
Ø RISC by Don Nichols
Ø Memory
Organization by Brian Hayward
Ø Machine Language 9/15
Alex Ostrovsky
Ø Cache
Memory Brian Chan
Ø RISC
Architecture by Teddy Lee
Ø
RISC
Machine by Kim Le
Ø Cache
Memory by Jia Huang
Ø
Pentium
A CISC Architecture by Shalvin Maharaj
Ø
Pipelineing Toad Ngyuen
Ø
Parallel Processing Johnny Lai
Ø
Build Your Own PC Jong
Seok Park
Ø
Super Computer Phuong Vo
Ø
Virtual Memory Jemini
Islam
Ø
Memory Farhana Rahman
Ø
Build Your Own PC Arianto Gunawans
Students Presentation 2003
Ø Chapter
2 - Introduction To Finite State Machines - Cecilia Parng
(12/2/2003)
Ø Chapter
3 Mohammad Iqbal
Ø Chapter 8
Sherwin Chiu
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