# Date Topic Note1 Jan 3 Course Introduction (Chapter 1) Intro Lecture Notes 2 Jan 8 Terminology & concepts 1 (Chapter 1) Quiz** No Recitation TodayLecture Slides for Chapter 13 Jan 10 Finish Chapter 1; Start Chapter 2 and Appendix A HW #1 Out; Exercise to start with the simulator; Programming Assignment 1; Info on Prog. Assign. 1.Lecture Slides to set up Chapter 2Jan 15 Martin Luther King Jr. Birthday No ClassJan 16 ADD/DROP Deadline 4 Jan 17 Chapter 2 Quiz** Ch 2 through 2.4; Lecture Slides for Chapter 2 Part 1; Code: sample1.asm. Code: sample2.asm5 Jan 22 Chapter 2 Lecture Slides for Chapter 2 Part 2—modifed 1/25;Code: ch2part2one.asm--modified 1/25; ch2part2two.asm--modified 1/25; ch2part2three.asm; ch2part2fourA.asm;ch2part2four.asm6 Jan 24 Chapter 2 HW #1 Due7 Jan 29 Quiz** Translation of I and/or R assembly instructions into machine code, in binary and hex. Solution to Quiz 3.8 Jan 31 PA #1 Due by 6pm Lecture Slides for Chapter 2 Part 3; Info about what will be on Exam 1.Solution to PA#1 Part 1Solution to PA#1 Part 2[Thanks to John Levander for his solutions.] 9 Feb 5 Mid-term Exam 1; Ch. 1 ~ Ch. 2 Solution to Exam 1.10 Feb 7 Chapter 3 Lecture Slides: Branch and Jump review. Lecture Slides for Chapter 3 Part 1-modified 2/6.HW#2 out.PA#2 out..Note: you may like the display of memory better in this new version of Mars.jar 11 Feb 12 Quiz** Solution to Quiz 4. Representations of negative binary numbers; addition and subtraction of two’s complement numbers; CS/COE 447 Schedule Spring 2007 Will be updated as the course proceedsoverflow in two’s complement addition and subtraction. Chapter 3.1-3.4.Lecture Slides for Chapter 3 Part 2. Modified 2/18/07.Feb 14 Research Meeting (out of town) No Class12 Feb 19 Continue with Slides for Chapter 3 Part 2 above; modified 2/18/07.13 Feb 21 HW#2 due; Solution to HW#2 was emailed to students. HW#3 out; For more Practice Chapter 4.14 Feb 26 Quiz** Solution to Quiz 5. Signed and unsigned integer overflow; signed versus unsigned integer operations; multiplication algorithm on slides 15-16 of Chapter 3 Part 2 lecture notes. See HW#3 Q12 (self-study question).PA#2 dueSolution to PA#2 Question 1Solution to PA#2 Question 2Solution to PA#2 Question 3Lecture Slides for Chapter 3 Part 3.15 Feb 28 Chapter 4 PA#3 Lecture Slides for Chapter 4In class exercises;Solution to in class exercises. Mar 5 Spring Break No ClassMar 7 Spring Break No Class16 Mar 12 HW#3 due; Solution to HW#3 was mailed to students.Information about what will be on exam 2. . And, here is the solution to exam 2.17 Mar 14 Mid-term Exam 2: Ch 3 ~ Ch 4 Monitored Withdrawal Deadline18 Mar 19Lecture Slides for Chapter 5 Part 119 Mar 21Quiz** will be on Lecture Slides for Chapter 5 part 1PA#3 dueSolutions to PA#3PA#4 outHW#4 outLecture Slides for Chapter 5 Part 220 Mar 2621 Mar 28 Lecture Slides for Chapter 5 Part 322 Apr 2 [brief intro to Exceptions – not covered – we didn’t get to this]HW#4 dueHW#5 out23 Apr 4 Quiz** Solution to Quiz 7 Given Figures 5.16, 5.17, and a specific instruction (an R-type, lw, sw, or beq), specify the settings of the control signals for that instruction. Lecture Slides for Appendix B . pla.html (linked to from inside slides)24 Apr 9 25 Apr 11 PA#4 dueHW#5 due[HW#6 and Quizzes 8-9 Optional; see here for information.] Optional Homework DUE FRIDAY 4/2026 Apr 16 Mid-term Exam 3 Information about Exam 327 Apr 18 Review for Final Solution for exam will be available today. Solution was sent in email.Here is the solution here to Exam 3.Information about what will be on the Final28 Apr 23 Review for final (TA)29 Apr 25 Final Exam (6:00pm ~
View Full Document
Unlocking...