Design of Digital Circuits Discussion Session 1

Slides:



Advertisements
Similar presentations
Course Introduction (Lecture #0) ECE 331 – Digital System Design.
Advertisements

Course Introduction (Lecture #0) ECE 301 – Digital Electronics.
EGR 240 Introduction to Electrical and Computer Engineering Prof. Michael P. Polis 102J Science & Engineering Building.
1 Session-13 CSIT 121 Spring 2006 Test-1 is on March 9 th ; Demo-5 due date extended to March 7 Test-1 is on March 9 th ; Demo-5 due date extended to.
Summer 2009 Math 1431 and Math 1432 begin. What to do… Watch the orientation video from the spring online classes. Please note that the spring classes.
CS1104: Computer Organisation Welcome (AY2006/7 Semester 2)
1intro1 CIS740 - Software Engineering Dr David A. Gustafson
What else is there? CMPT 454: Database Systems II. – Transaction Management. – Query Planning. – Optional topics, e.g. data mining, information retrieval,
Flipped Classes Desiree doing a flip 1.
Multimedia Systems Lecture 1: Introduction Prof. Charlene Tsai
ENEE244-02xx Digital Logic Design Lecture 12. Announcements HW4 due today HW5 is up on course webpage. Due on 10/16. Recitation quiz on Monday, 10/13.
CZ1102 Scientific Problem Solving and Computation Monday/Thursday 2:00pm, LT22 Your lecturer: Dr. Wang Jian-Sheng.
1 Daily Announcements CS 202, Spring 2007 Aaron Bloomfield.
CS Introduction to Computer Science Spring 2011 Dr. Angela Guercio (
Logic & Proofs Summer Session II Instructor: Karin Howe.
Welcome to Accounting I Professor R. Jason Cade Unit 1 Seminar.
08/29/2006 Introduction INTRODUCTION Instructor: Petru S. Fodor Class webpage: PHYSICS 243H.
Warm Up. Homework Check 1.5 Solving Inequalities.
Physics 2048: Meet the Professors Tue/Thu lectures: Prof. Wiedenhöver
Welcome to Computers in Civil Engineering 53:081 Spring 2003
Microelectronic Circuits Spring, 2017
Math 1316 Prof. Thomas Jay.
Final exam: Wednesday, March 20, 2:30pm
“Warm-Up” Knowledge Review Week 2: Problem- Solving Boot Camp I
General Information Course Id: COSC4368 Artificial Intelligence Programming Time: Mondays and Wednesdays 1:00 PM – 2:30 PM Professor: Ricardo Vilalta.
GYM TOT/KINDER TOT CLASSES
740: Computer Architecture First Assignments to Complete
Algebra II 1.7: Solve Absolute Value Equations and Inequalities.
Your required course material:
FINAL EXAM INFORMATION
Computer Networks CNT5106C
Instructor: Alexander Stoytchev
Overview of the course Principles of geometric optics
GYM TOT/KINDER TOT CLASSES
CS 3630 Database Design and Implementation
Suggestions for Preparation
Engineering Physics II
As always… Lon-Capa assignments Lecture videos Textbook Read
Physics colloquium Thursday, Dec. 4th at 4 PM
Welcome to MAT 142.
CS 111 Digital Image Processing
Psychology 40S Exam Information
MEADOW LANDS GYMNASTICS SUMMER ROLL TOT CLASSES
CS 336/536: Computer Network Security Fall 2015 Nitesh Saxena
Welcome to MAT 142.
Financial Mathematics
Course calendar (page 1 of 2)
CS 336/536: Computer Network Security Fall 2014 Nitesh Saxena
City Council approved $750,000 “transform” design option
Model session 1 : Tuesdays June 7/14
Supplemental Instruction (SI) SPRING 2019
MEADOW LANDS GYMNASTICS SUMMER PRESCHOOL CLASSES
Design of Digital Circuits Lab 6 Supplement: Testing the ALU
Prof. Onur Mutlu ETH Zurich Spring March 2019
Design of Digital Circuits Lab 1 Supplement: Drawing Basic Circuits
Announcements HW #1 - graded HW and solutions returned now
ENGINEERING 1301 INTRODUCTION TO ENGINEERING
Prof. Onur Mutlu ETH Zurich Spring March 2019
MEADOW LANDS GYMNASTICS SUMMER ROLL TOT CLASSES
Design of Digital Circuits Lab 8 Supplement: Full System Integration
Final Exam Part 1 (optional but recommended)
Current Topics 40S Exam Information
Design of Digital Circuits Guidelines on Paper Reviews
18-447: Computer Architecture Final Review Session
CSCE 1040.
The state in a stored-program digital computer
AME Spring Lecture 11 - Thrust and aircraft range
Presentation transcript:

Design of Digital Circuits Discussion Session 1 Prof. Onur Mutlu ETH Zurich Spring 2019 31 May 2019

Discussion Session Boolean logic and truth table (HW2, Q4) Pipelining I (HW4, Q2) Out-of-order execution – Reverse engineering II (HW4, Q8) Branch prediction (HW5, Q9)

Extra Discussion Session We will solve the Spring 2018 final exam We will set a poll in Moodle. Two possible dates: Wednesday, June 12, 9am Wednesday, July 10, 9am The poll will be open until Tuesday, June 4, 11:59pm

Final Exam August 23, 2019, 2pm

Preparing for the Final Exam 1. Study to understand the material and concepts. Understanding is the most important thing we will test for 2. Do the optional homeworks and understand them 3. Some questions on the exam will have similarity to optional homeworks and past exams. However, some questions on the exam will be different from those in the past exams and homeworks. Regardless, the questions will be designed to test your understanding of the material and the ability to think using that understanding 4. You can go over the lectures again to reinforce your understanding of the material. We would recommend this. As you know, all lecture videos are available on Youtube at https://www.youtube.com/playlist?list=PL5Q2soXY2Zi8J58xLKBNFQFHRO3GrXxA9 5. All material we covered in lectures and the labs can be part of the exam 6. We have made past exams and their solutions available online on the course webpage 7. Read instructions in first page of the exam. 8. You can opt for German version.

Design of Digital Circuits Discussion Session 1 Prof. Onur Mutlu ETH Zurich Spring 2019 31 May 2019