1 ( 10 points) 6 min.
|
|
|
- Darren Stevenson
- 6 years ago
- Views:
Transcription
1 ee201_midterm2_sp2010.fm Spring 2010 EE201L Instructor: Gandhi Puvvada Midterm Exam 2 (20%) Date: April 30, 2010, Friday Open-Book Open-Notes Exam Time: 4-6:20PM SGM101 Name: Notes and handouts in ring binders only Total points: 238 Perfect score: 220 /238 1 ( 10 points) 6 min. Memory width and depth expansion: Build an 8Kx8 using the following 4 chips: -- one 8Kx4 chips making the left 8Kx4 -- two 2Kx4 chips and a 4Kx4 making the right 8Kx4 Complete the design below. Add missing labels, address pin labels,wires, and gates. 8Kx4 4Kx4 2Kx4 2Kx4 8Kx4 RAM 4Kx4 RAM D3-D0 D3-D0 2Kx4 RAM D3-D0 2Kx4 RAM D3-D0 4/30/10 EE201L Midterm #2 - Spring / 12 C Copyright 2010 Gandhi Puvvada
2
3 ee201_final_sp2013.fm Spring 2013 EE201L Instructor: Gandhi Puvvada Final Exam (20%) Date: May 9, 2013, Thursday Open-Book Open-Notes Exam Time: 7:30-10:20AM SGM124 Name: Total points: 253 Perfect score: 230 / ( = 26 points) 10 min. Memory width and depth expansion: Build an 8Kx8 ROM memory (with an overall chip-select) using the 7 smaller ROM chips as shown in the map on the side. The 8Kx8 ROM has address pins and data pins. Complete the design below. Add missing labels, wires, and gates. 2 to 4 decoder A0 A1 G Y0 Y1 Y2 Y3 ROM ROM ROM ROM #7 #6 #5 #4 #7 #6 #5 #4 4Kx4 #2 4Kx2 4Kx2 #1 #0 4Kx4 ROM A11-A0 4Kx2 ROM 4Kx2 ROM A11-A0 #2 #1 #0 O3-O0 O1-O A ROM can not be used as a RAM (=RWM) because you can t (read from / write to) it. (However / Also) a RAM (=RWM) (can t / can) be used as a ROM because May 9, :16 pm EE201L Final - Spring / 7 C Copyright 2013 Gandhi Puvvada
4 ee201_final_sp2013.fm Spring 2013 EE201L Instructor: Gandhi Puvvada Final Exam 2 (25%) Date: May 9, 2013, Thursday Name: Open-Book Open-Notes Exam Time: 7:30-10:20AM SGM124 Total points: Perfect score: 1 ( points) min. Memory width and depth expansion: Build an 8Kx8 ROM memory (with an overall chip-select) using the 7 smaller ROM chips as shown in the map on the side. The 8Kx8 ROM has address pins and data pins. Complete the design below. Add missing labels, wires, and gates. 2 to 4 decoder A0 A1 G Y0 Y1 Y2 Y3 ROM #7 ROM #6 ROM #5 ROM #4 #7 #6 #5 #4 4Kx4 #2 4Kx2 4Kx2 #1 #0 4Kx4 ROM A11-A0 4Kx2 ROM 4Kx2 ROM A11-A0 #2 #1 #0 O3-O0 O1-O0 1.1 A ROM can not be used as a RAM (=RWM) because you can t (read from / write to) it. (However / Also) a RAM (=RWM) (Can t / can) be used as a ROM because May 9, :06 am EE201L Final - Spring / 7 C Copyright 2013 Gandhi Puvvada
5 ee201_midterm2_sp2011.fm 4 ( = 22 points) 20 min. 4.1 Memory depth expansion: Build an 32Kx8 using the following 3 chips: -- one 16Kx8 and two 8Kx8 chips Complete the design below. Add missing labels, address pin labels, wires, and gates. 16Kx8 8Kx8 8Kx Kx8 RAM 8Kx8 RAM 8Kx8 RAM State the starting and ending addresses of 32K range of addresses consisting of the system address H. This 32K range resides in a system of 4 giga (2 32 = 1 Giga) address space ( H - FFFFFFFF H ). Break that 32KB range into two 16KB ranges. (1) (2) 4.3 The following range of address in a 1Mega address space (2 20 = 1 M) is not a natural range: H to 37FFF H. State the size of this range in Kilo-locations (example 333K) 4/30/11 EE201L Midterm #2 - Spring / 12 C Copyright 2011 Gandhi Puvvada
6 ee201_midterm2_sp2011.fm 4 ( = 22 points) 20 min. 4.1 Memory depth expansion: Build an 32Kx8 using the following 3 chips: -- one 16Kx8 and two 8Kx8 chips Complete the design below. Add missing labels, address pin labels, wires, and gates. 16Kx8 8Kx8 8Kx Kx8 RAM 8Kx8 RAM 8Kx8 RAM State the starting and ending addresses of 32K range of addresses consisting of the system address H. This 32K range resides in a system of 4 giga (2 32 = 1 Giga) address space ( H - FFFFFFFF H ). Break that 32KB range into two 16KB ranges. (1) (2) 4.3 The following range of address in a 1Mega address space (2 20 = 1 M) is not a natural range: H to 37FFF H. State the size of this range in Kilo-locations (example 333K) 4/29/11 EE201L Midterm #2 - Spring / 12 C Copyright 2011 Gandhi Puvvada
7 ee201_final_sp2012_q2_for_ee101.fm 2 ( 7+15=22 points) 18 min. Topic: Memory Memory map reading and interpreting: State the size and range of the shaded area in the map on the side. Assume that there is a RAM memory chip occupying that area and generate a low active chip-select signal when an address appears on A19-A0 which falls in the shaded area. Label the address pins and complete the address connections to the RAM chip below. Size: Range: MEMR MEMW D7-D0 D7-D0 FFFFF What are the sizes of the 10 memory chips. Using all of them build as big a byte-wide memory system as possible. Produce LL (Chip-Select Left Lower), LU (Chip-Select Left Upper) and R (Chip-Select Right) as function of the overall and label the address pins. Out of the 10 chips, 8 are of size and two are of size. Putting these together, you formed x8 size memory, A10-A0 MEMR MEMW LU D0 D0 D0 D0 MEMR MEMW LL D0 D0 D0 D0 MEMR MEMW R D1-D0 D1-D0 4/22/16 EE201L Midterm #2 - Spring / 2 C Copyright 2012 Gandhi Puvvada
8 ee201_final_sp2012_q2_for_ee101.fm 4/22/16 EE201L Midterm #2 - Spring / 2 C Copyright 2012 Gandhi Puvvada
ee457_mt_sp2013.fm 3 ( 48 points) 30 min. Virtual Memory: 6 pts 9 pts 6 pts 6 pts 6 pts 7 pts 3.1 PTBR stands for. It is initiated by (hardware / oper
ee457_mt_sp2013.fm 3 ( 48 points) 30 min. Virtual Memory: 9 7 3.1 PTBR stands for. It is initiated by (hardware / operating system) and is utilized by (MMU / CCU) (i.e. memory management unit or cache
Spring 2013 EE201L Instructor: Gandhi Puvvada. Time: 7:30-10:20AM SGM124 Total points: Perfect score: Open-Book Open-Notes Exam
Spring 2013 EE201L Instructor: Gandhi Puvvada Final Exam 2 (25%) Date: May 9, 2013, Thursday Name: Open-Book Open-Notes Exam Time: 7:30-10:20AM SGM124 Total points: Perfect score: 1 ( points) min. Memory
EE457. Homework #7 (Virtual Memory)
EE457 Homework #7 (Virtual Memory) Instructor: G. Puvvada Due: Please check on the BB Part Ia, Part Ib, and Part Ic are based on the textbook questions/figures. These are detailed in the first five pages.
1 ( 42 points) 25 min.
Fall 2 EE457 Instructor: Gandhi Puvvada Final Exam (3%) Date: 2//2, Friday Closed Book, Closed Notes; Time: 8: - :45M SGM23 Calculator and Cadence Verilog Guide allowed Total points: 235 Name: Perfect
Memorial University of Newfoundland
Engineering 4862 Memorial University of Newfoundland Assignment 5 MICROPROCESSORS Solution Please note: Part A is due next Friday (July 20) and Part B is due on July 27 The last question is a bonus question
WELCOME TO. ENGR 303 Introduction to Logic Design. Hello my name is Dr. Chuck Brown
Chapter 1 WELCOME TO Introduction to Logic Design Hello my name is Dr. Chuck Brown Please sign in and then find a seat. The person next to you will be your lab partner for the course so choose wisely and
Picture of memory. Word FFFFFFFD FFFFFFFE FFFFFFFF
Memory Sequential circuits all depend upon the presence of memory A flip-flop can store one bit of information A register can store a single word, typically 32-64 bits Memory allows us to store even larger
CprE 281: Digital Logic
CprE 281: Digital Logic Instructor: Alexander Stoytchev http://www.ece.iastate.edu/~alexs/classes/ Intro to Verilog CprE 281: Digital Logic Iowa State University, Ames, IA Copyright Alexander Stoytchev
1 ( 23 points) 15 min.
ee57_mt_sp2.fm Spring 2 EE57 Instructor: Gandhi Puvvada Midterm Exam (2%) Date: //2, Friday Time: :M - 2:2PM in THH2 Name: Total points: 28 Perfect score: 9 / 28 ( 23 points) 5 min. Pipelining 5 5 3. I.F.R.F
CprE 281: Digital Logic
CprE 281: Digital Logic Instructor: Alexander Stoytchev http://www.ece.iastate.edu/~alexs/classes/ Intro to Verilog CprE 281: Digital Logic Iowa State University, Ames, IA Copyright Alexander Stoytchev
CPSC 121: Models of Computation
Instructor: Bob Woodham woodham@cs.ubc.ca Department of Computer Science University of British Columbia Lecture Notes 2009/2010, Section 203 Menu March 22, 2010 Topics: A Simple Computer High-level design
1 ( pipeline 89 + single cycle 20 + multicycle 44 = 153 points) 100 min.
ee57_mt_sp23.fm Spring 23 EE57 Instructor: Gandhi Puvvada Midterm Exam (2%) Date: /5/23, Friday Time: 9:5M - :5M in THH2 Name: Total points: 2 Perfect score: 22 / 2 ( pipeline 89 + single cycle 2 + multicycle
1.3 A Branch Delay Slot is (always advantageous / always disadvantageous / depends on compiler s ability to fill the slot) Explain
ee57_mt_sp2.fm Spring 2 EE57 Instructor: Gandhi Puvvada Midterm Exam (2%) Date: //2, Friday Time: :M - 2:2PM in THH2 Name: Total points: 28 Perfect score: 9 / 28 ( 23 points) 5 min. Pipelining 5 6 5 3.
Memory Interfacing & decoding. Intel CPU s
Memory Interfacing & decoding in Intel CPU s Outline Address decoding Chip select Memory configurations Minimum Mode - - A19 - A19 - Simplified Drawing of 8088 Minimum Mode MEMORY MEMW When Memory is selected?
Due: Instructor: G. Puvvada
EE457 Homework 18 (not too long Due: Instructor: G. Puvvada in the wooden box outside EEB243 The material which was not tested in the midterm is very important for the final exam. The final exam is supposed
ENGIN 112 Intro to Electrical and Computer Engineering
ENGIN 112 Intro to Electrical and Computer Engineering Lecture 30 Random Access Memory (RAM) Overview Memory is a collection of storage cells with associated input and output circuitry Possible to read
ROM (4K X 8) ROM (4K X 8) FOLD BACK FOR RAM0 RWM - RAM (2K X 8) RWM - RAM (2K X 8) FOLD BACK FOR RAM1 INPUT DEVICE 1
Lecture-43 In previous lectures, we have interfaced memory chips, input and output devices separately with the processor. We shall now take up a problem which involves all i.e, ROM, RWM, input devices
CS61C : Machine Structures
inst.eecs.berkeley.edu/~cs61c/su5 CS61C : Machine Structures Lecture #2: Caches 2 25-7-26 CS61C L32 Caches II (1) Andy Carle A Carle, Summer 25 UCB Memory Address 12 Review: Direct-Mapped Cache 3 4 5 6
1.2 Nexys-3 board Between divclk[16] and divclk[20], divclk[ ] is faster than divclk[ ]. It is faster by a factor of.
![1.2 Nexys-3 board Between divclk[16] and divclk[20], divclk[ ] is faster than divclk[ ]. It is faster by a factor of.](/thumbs/96/127035681.jpg "1.2 Nexys-3 board Between divclk[16] and divclk[20], divclk[ ] is faster than divclk[ ]. It is faster by a factor of.")
ee354l_quiz_fall2016.fm 1.2 Nexys-3 board F E A G D B C 1.2.0 You are aware of the scanning mechanism for the four SSDs in Nexys-3 and the 12 pins (4 anodes + cathodes =12 pins) involved in controlling
Fall 2016 Instructor: Gandhi Puvvada. Thursday, 9/22/2016 (A 2H 50M exam) 05:30 PM - 08:20 PM (170 min) in THH101. Student s Last Name:
EE457 Quiz (~0%) Closed-book Closed-notes Exam; No cheat sheets; No cell phones or computers Calculators and Verilog Guides are not needed and hence not allowed. Fall 206 Instructor: Gandhi Puvvada Thursday,
EE251: Thursday November 30
EE251: Thursday November 30 Course Evaluation Forms-fill out Memory Subsystem continued Timing requirements Adding memory beyond 4 Gbyte Time Allowing: Begin Review for Final Exam Homework due next Tuesday,
Design with Microprocessors
Design with Microprocessors Year III Computer Sci. English 1-st Semester Lecture 12: Memory interfacing Typical Memory Hierarchy [1] On-Chip Components Control edram Datapath RegFile ITLB DTLB Instr Data
Memory Organization. Program Memory
Memory Organization The 8051 has two types of memory and these are Program Memory and Data Memory. Program Memory (ROM) is used to permanently save the program being executed, while Data Memory (RAM) is
EE251: Tuesday December 4
EE251: Tuesday December 4 Memory Subsystem continued Timing requirements Adding memory beyond 4 Gbyte Time Allowing: Begin Review for Final Exam Homework #9 due Thursday at beginning of class Friday is
MEMORY INTERFACING OF 8051/8031 MICROCONTROLLER
MEMORY INTERFACING OF 8051/8031 MICROCONTROLLER An 8031 microcontroller based system requires 8kb program memory and 8kb external data memory. Also it requires 8279 for keyboard/display interface and 8255
Random Access Memory (RAM)
Random Access Memory (RAM) EED2003 Digital Design Dr. Ahmet ÖZKURT Dr. Hakkı YALAZAN 1 Overview Memory is a collection of storage cells with associated input and output circuitry Possible to read and write
Good Evening! Welcome!
University of Florida EEL 3701 Fall 2011 Dr Eric M Schwartz Page 1/11 Exam 2 Instructions: Turn off all cell phones, beepers and other noise making devices Show all work on the front of the test papers
ECE Lab 8. Logic Design for a Direct-Mapped Cache. To understand the function and design of a direct-mapped memory cache.
ECE 201 - Lab 8 Logic Design for a Direct-Mapped Cache PURPOSE To understand the function and design of a direct-mapped memory cache. EQUIPMENT Simulation Software REQUIREMENTS Electronic copy of your
Microprocessor Architecture. mywbut.com 1
Microprocessor Architecture mywbut.com 1 Microprocessor Architecture The microprocessor can be programmed to perform functions on given data by writing specific instructions into its memory. The microprocessor
Design with Microprocessors
Design with Microprocessors Year III Computer Sci. English 1-st Semester Lecture 12: Memory interfacing Typical Memory Hierarchy [1] On-Chip Components Control edram Datapath RegFile ITLB DTLB Instr Data
Module 1 - Class Introduction
Module 1 Introduction to Class Training Module Overview Overview Duration and Schedule Prerequisites Goals Materials Structure and Methodology Module Overview Introduction to Class Slide 2 Module 1 Introduction
AQA GCSE Computer Science PLC
1 - Fundamentals of Algorithms Useful Websites BBC Bite Size Cambridge GCSE Exam Dates https://www.bbc.co.uk/education/subjects/z34k7ty Paper 1 14/05/2018 am https://www.cambridgegcsecomputing.org/ Paper
Overview of the Class
Overview of the Class Copyright 2015, Pedro C. Diniz, all rights reserved. Students enrolled in the Compilers class at the University of Southern California (USC) have explicit permission to make copies
Microcontroller Systems. ELET 3232 Topic 11: General Memory Interfacing
Microcontroller Systems ELET 3232 Topic 11: General Memory Interfacing 1 Objectives To become familiar with the concepts of memory expansion and the data and address bus To design embedded systems circuits
Overview. Memory Classification Read-Only Memory (ROM) Random Access Memory (RAM) Functional Behavior of RAM. Implementing Static RAM
Memories Overview Memory Classification Read-Only Memory (ROM) Types of ROM PROM, EPROM, E 2 PROM Flash ROMs (Compact Flash, Secure Digital, Memory Stick) Random Access Memory (RAM) Types of RAM Static
San José State University Department of Computer Science CS-144, Advanced C++ Programming, Section 1, Fall 2017
San José State University Department of Computer Science CS-144, Advanced C++ Programming, Section 1, Fall 2017 Course and Contact Information Instructor: Office Location: Fabio Di Troia DH282 Telephone:
EE251: Thursday November 15
EE251: Thursday November 15 Major new topic: MEMORY A KEY topic HW #7 due today; HW #8 due Thursday, Nov. 29 Lab #8 finishes this week; due week of Nov. 26 All labs MUST be completed/handed-in by Dec.
May the Schwartz be with you!
Department of Electrical & Computer Engineering Tuesday 27 June 17 29-Sep-17 3:54 PM Page 1/13 Exam 1 Instructions: Turn off cell phones beepers and other noise making devices. Show all work on the front
CC312: Computer Organization
CC312: Computer Organization 1 Chapter 1 Introduction Chapter 1 Objectives Know the difference between computer organization and computer architecture. Understand units of measure common to computer systems.
Review: Performance Latency vs. Throughput. Time (seconds/program) is performance measure Instructions Clock cycles Seconds.
Performance 980 98 982 983 984 985 986 987 988 989 990 99 992 993 994 995 996 997 998 999 2000 7/4/20 CS 6C: Great Ideas in Computer Architecture (Machine Structures) Caches Instructor: Michael Greenbaum
Disability Resources and Educational Services (DRES)
Disability Resources and Educational Services (DRES) Figure 1- Image of the instructor Log In - Find User Screen Student Access and Accommodation System (SAAS 2.0) Faculty Step-By-Step Procedures INTRODUCTION
Solutions - Homework 2 (Due date: February 5 5:30 pm) Presentation and clarity are very important! Show your procedure!
Solutions - Homework (Due date: Februar 5 th @ 5: pm) Presentation and clarit are ver important! Show our procedure! PROBLEM ( PTS) In these problems, ou MUST show our conversion procedure. a) Convert
CS-3410 Systems Programming Spring 2013
CS-3410 Systems Programming Spring 2013 Course Description http://atomicrhubarb.com/systems This course introduces students to many concepts underlying all computer systems and ties together the basic
UNCA CSCI 255 Exam 1 Spring February, This is a closed book and closed notes exam. It is to be turned in by 1:45 PM.
UNCA CSCI 255 Exam 1 Spring 2017 27 February, 2017 This is a closed book and closed notes exam. It is to be turned in by 1:45 PM. Communication with anyone other than the instructor is not allowed during
Semiconductor Memory Classification
ESE37: Circuit-Level Modeling, Design, and Optimization for Digital Systems Lec 6: November, 7 Memory Overview Today! Memory " Classification " Architecture " Memory core " Periphery (time permitting)!
Read this before starting!
Points missed: Student's Name: Total score: /100 points East Tennessee State University Department of Computer and Information Sciences CSCI 2150 (Tarnoff) Computer Organization TEST 3 for Fall Semester,
2000 N + N <100N. When is: Find m to minimize: (N) m. N log 2 C 1. m + C 3 + C 2. ESE534: Computer Organization. Previously. Today.
ESE534: Computer Organization Previously Day 7: February 6, 2012 Memories Arithmetic: addition, subtraction Reuse: pipelining bit-serial (vectorization) Area/Time Tradeoffs Latency and Throughput 1 2 Today
CPE/EE 421/521 Fall 2004 Chapter 4 The CPU Hardware Model. Dr. Rhonda Kay Gaede UAH. The CPU Hardware Model - Overview
CPE/EE 421/521 Fall 2004 Chapter 4 The 68000 CPU Hardware Model Dr. Rhonda Kay Gaede UAH Fall 2004 1 The 68000 CPU Hardware Model - Overview 68000 interface Timing diagram Minimal configuration using the
CS61C : Machine Structures
CS61C L2 Caches II (1) inst.eecs.berkeley.edu/~cs61c/su5 CS61C : Machine Structures Lecture #2: Caches 2 25-7-26 Andy Carle Review: Direct-Mapped Cache Cache Memory Index 1 2 Memory Address 12 4 5 6 7
Menu. word size # of words byte = 8 bits
Menu LSI Components >Random Access Memory (RAM) Static RAM (SRAM) Dynamic RAM (DRAM) Read-Only Memory (ROM) Look into my... See figures from Lam text on web: RAM_ROM_ch6.pdf 1 It can be thought of as 1
Admin CS41B MACHINE. Midterm topics. Admin 2/11/16. Midterm next Thursday in-class (2/18) SML. recursion. math. David Kauchak CS 52 Spring 2016
Admin! Assignment 3! due Monday at :59pm! Academic honesty CS4B MACHINE David Kauchak CS 5 Spring 6 Admin Midterm next Thursday in-class (/8)! Comprehensive! Closed books, notes, computers, etc.! Except,
Review for Exam III. Analog/Digital Converters. The MC9S12 has two 10-bit successive approximation A/D converters - can be used in 8-bit mode
Methods used for A/D converters Flash (Parallel) Successive Approximation Review for Exam III Analog/Digital Converters A/D converters are classified according to: Resolution (number of bits) Speed (number
CHAPTER TWELVE - Memory Devices
CHAPTER TWELVE - Memory Devices 12.1 6x1,024 = 16,384 words; 32 bits/word; 16,384x32 = 524,288 cells 12.2 16,384 addresses; one per word. 12.3 2 16 = 65,536 words = 64K. Thus, memory capacity is 64Kx4.
Admin. ! Assignment 3. ! due Monday at 11:59pm! one small error in 5b (fast division) that s been fixed. ! Midterm next Thursday in-class (10/1)
Admin CS4B MACHINE David Kauchak CS 5 Fall 5! Assignment 3! due Monday at :59pm! one small error in 5b (fast division) that s been fixed! Midterm next Thursday in-class (/)! Comprehensive! Closed books,
CMPE 152 Compiler Design
San José State University Department of Computer Engineering CMPE 152 Compiler Design Course and contact information Instructor: Ron Mak Office Location: ENG 250 Email: Website: Office Hours: Section 4
Name: ESE370 Fall 2012
University of Pennsylvania Department of Electrical and System Engineering Circuit-Level Modeling, Design, and Optimization for Digital Systems ESE370, Fall 2012 Final Friday, December 14 Problem weightings
CROWDMARK. Examination Midterm. Spring 2017 CS 350. Closed Book. Page 1 of 30. University of Waterloo CS350 Midterm Examination.
Times: Thursday 2017-06-22 at 19:00 to 20:50 (7 to 8:50PM) Duration: 1 hour 50 minutes (110 minutes) Exam ID: 3520593 Please print in pen: Waterloo Student ID Number: WatIAM/Quest Login Userid: Sections:
ET355 Microprocessors Friday 6:00 pm 10:20 pm
ITT Technical Institute ET355 Microprocessors Friday 6:00 pm 10:20 pm Unit 3 Chapter 4, pp. 100-106 Chapter 5, pp. 109-135 Unit 3 Objectives Lecture: Review I/O Ports and Flags of 805x Microprocessor Review
CSC258: Computer Organization. Memory Systems
CSC258: Computer Organization Memory Systems 1 Summer Independent Studies I m looking for a few students who will be working on campus this summer. In addition to the paid positions posted earlier, I have
Padasalai.net- Higher Secondary first Year. Quarterly exam answer key-2018 Max Marks : 70
i.ne ww.pai.n STD: 11 i.n i.ne i.n i.ne i.n i.ne Pai.net- Higher Secondary first Year COMPUTER Applications Time : 2.30 Hrs Quarterly exam answer key-2018 Max Marks : 70 N.Gunasekaran MCA., B.Ed PG Asst
1a)[2] Connect the devices on the left column to items on the right column. Keypad 4x4
![1a)[2] Connect the devices on the left column to items on the right column. Keypad 4x4](/thumbs/95/123675823.jpg "1a)[2] Connect the devices on the left column to items on the right column. Keypad 4x4")
2 nd Midterm ECE372 Fall 2005 This exam is: Closed book, lecture notes, calculator and internet Materials needed are in the appendix Exam duration is 75 minutes. Question Number) [Weight] I suggest that
Semiconductor Memory Classification. Today. ESE 570: Digital Integrated Circuits and VLSI Fundamentals. CPU Memory Hierarchy.
ESE 57: Digital Integrated Circuits and VLSI Fundamentals Lec : April 4, 7 Memory Overview, Memory Core Cells Today! Memory " Classification " ROM Memories " RAM Memory " Architecture " Memory core " SRAM
Lecture XIV 8086 Memory Interface. Wisam I Hasan
Lecture XIV 886 Memory Interface Wisam I Hasan Objectives: Upon completion you will be able to:. How to interface a memory device with µp 2. How to access memory in READ or WRITE 3. Describe memory structure
ELEG3923 Microprocessor Ch.0 & Ch.1 Introduction to Microcontroller
Department of Electrical Engineering University of Arkansas ELEG3923 Microprocessor Ch. & Ch. Introduction to Microcontroller Dr. Jingxian Wu wuj@uark.edu OUTLINE 2 What is microcontroller? (Ch..) 85 Microcontroller
Department of Electrical and Computer Engineering University of Wisconsin Madison. Fall Midterm Examination CLOSED BOOK
Department of Electrical and Computer Engineering University of Wisconsin Madison ECE 553: Testing and Testable Design of Digital Systems Fall 2013-2014 Midterm Examination CLOSED BOOK Kewal K. Saluja
CSE 326: Data Structures B-Trees and B+ Trees
Announcements (2/4/09) CSE 26: Data Structures B-Trees and B+ Trees Midterm on Friday Special office hour: 4:00-5:00 Thursday in Jaech Gallery (6 th floor of CSE building) This is in addition to my usual
The MC9S12 in Expanded Mode Using MSI logic to build ports Using MSI logic to build an output port Using MSI logic to build an input port
The MC9S12 in Expanded Mode Using MSI logic to build ports Using MSI logic to build an output port Using MSI logic to build an input port A Simple Parallel Output Port We want a port which will write 8
OPEN BOOK, OPEN NOTES. NO COMPUTERS, OR SOLVING PROBLEMS DIRECTLY USING CALCULATORS.
CS/ECE472 Midterm #2 Fall 2008 NAME: Student ID#: OPEN BOOK, OPEN NOTES. NO COMPUTERS, OR SOLVING PROBLEMS DIRECTLY USING CALCULATORS. Your signature is your promise that you have not cheated and will
CS61C : Machine Structures
inst.eecs.berkeley.edu/~cs61c CS61C : Machine Structures Lecture #18 Introduction to CPU Design 2007-7-25 Scott Beamer, Instructor CS61C L18 Introduction to CPU Design (1) What about overflow? Consider
University of Florida EEL 4744 Spring 2013 Dr. Eric M. Schwartz Department of Electrical & Computer Engineering 28 March Jun-13 6:18 PM
University of Florida EEL 4744 Spring 2013 Dr. Eric M. Schwartz Department of Electrical & Computer Engineering 2 March 2013 12-Jun-13 6:1 PM Page 1/14 Exam 2 Instructions: Turn off cell phones beepers
Computer Systems and Networks. ECPE 170 Jeff Shafer University of the Pacific. Exam 1 Review
ECPE 170 Jeff Shafer University of the Pacific Exam 1 Review 2 Exam 1 Basics Topics Chapter 2 Data representabons Chapter 3 Digital logic Part of Chapter 4 Basic organizabon and memory systems Nothing
: Dimension. Lecturer: Barwick. Wednesday 03 February 2016
18.06.01: Dimension Lecturer: Barwick Wednesday 03 February 2016 What is dimension? Line segments are 1-dimensional; here s one now: Planar regions are 2-dimensional; here s one: Finally, cubes are 3-dimensional:
CSC 111 Introduction to Computer Science (Section C)
CSC 111 Introduction to Computer Science (Section C) Course Description: (4h) Lecture and laboratory. Rigorous introduction to the process of algorithmic problem solving and programming in a modern programming
Topic 3. ARM Cortex M3(i) Memory Management and Access. Department of Electronics Academic Year 14/15. (ver )
Topic 3 ARM Cortex M3(i) Memory Management and Access Department of Electronics Academic Year 14/15 (ver 25-10-2014) Index 3.1. Memory maps 3.2. Memory expansion 3.3. Memory management & Data alignment
University of Florida EEL 3744 Spring 2018 Dr. Eric M. Schwartz. Good luck!
Page 1/13 Exam 2 Relax! Go Gators! Good luck! First Name Instructions: Turn off all cell phones and other noise making devices and put away all electronics. Show all work on the front of the test papers.
MICROPROCESSOR AND MICROCONTROLLER BASED SYSTEMS
MICROPROCESSOR AND MICROCONTROLLER BASED SYSTEMS UNIT I INTRODUCTION TO 8085 8085 Microprocessor - Architecture and its operation, Concept of instruction execution and timing diagrams, fundamentals of
Caches II. CSE 351 Spring Instructor: Ruth Anderson
Caches II CSE 35 Spring 27 Instructor: Ruth Anderson Teaching Assistants: Dylan Johnson Kevin Bi Linxing Preston Jiang Cody Ohlsen Yufang Sun Joshua Curtis Administrivia Office Hours Changes check calendar!!
Do not turn to the next page until the start of the exam.
Introduction to Programming, PIC10A E. Ryu Fall 2017 Midterm Exam Friday, November 3, 2017 50 minutes, 11 questions, 100 points, 8 pages While we don t expect you will need more space than provided, you
Midterm 2. Read all of the following information before starting the exam:
Midterm 2 ECE 608 April 7, 2004, 7-9pm Name: Read all of the following information before starting the exam: NOTE: Unanswered questions are worth 30% credit, rounded down. Writing any answer loses this
COSC 122 Computer Fluency. Computer Organization. Dr. Ramon Lawrence University of British Columbia Okanagan
COSC 122 Computer Fluency Computer Organization Dr. Ramon Lawrence University of British Columbia Okanagan ramon.lawrence@ubc.ca Key Points 1) The standard computer (von Neumann) architecture consists
Chapter 1. Data Storage Pearson Addison-Wesley. All rights reserved
Chapter 1 Data Storage 2007 Pearson Addison-Wesley. All rights reserved Chapter 1: Data Storage 1.1 Bits and Their Storage 1.2 Main Memory 1.3 Mass Storage 1.4 Representing Information as Bit Patterns
The pin details are given below: V cc, GND = +5V and Ground A 11 -A 0 = address lines. Fig.2.19 Intel 2716 Read Only Memory
Lecture-8 Typical Memory Chips: In previous lecture, the different types of static memories were discussed. All these memories are random access memories. Any memory location can be accessed in a random
Introduction to Computer Systems
Introduction to Computer Systems Syllabus Web Page http://www.cs.northwestern.edu/~pdinda/icsclass Instructor Peter A. Dinda 1890 Maple Avenue, Room 338 847-467-7859 pdinda@cs.northwestern.edu Office hours:
Today s lecture is all about the System Unit, the Motherboard, and the Central Processing Unit, Oh My!
Today s lecture is all about the System Unit, the Motherboard, and the Central Processing Unit, Oh My! Or what s happening inside the computer? Digital Data Representation Computers may seem smart, but
EEL 4511 Dr. Gugel LAST NAME FIRST NAME Fall 2015, Real-time DSP Exam #1
EEL 4511 Dr. Gugel LAST NAME FIRST NAME Fall 2015, Real-time DSP Exam #1 Open book and open notes, 60 minute examination, No electronic devices are permitted. Page 1 33 points Page 2 17 points Page 3 10
CS61C : Machine Structures
inst.eecs.berkeley.edu/~cs61c/su05 CS61C : Machine Structures Lecture #21: Caches 3 2005-07-27 CS61C L22 Caches III (1) Andy Carle Review: Why We Use Caches 1000 Performance 100 10 1 1980 1981 1982 1983
CS251-SE1. Midterm 2. Tuesday 11/1 8:00pm 9:00pm. There are 16 multiple-choice questions and 6 essay questions.
CS251-SE1 Midterm 2 Tuesday 11/1 8:00pm 9:00pm There are 16 multiple-choice questions and 6 essay questions. Answer the multiple choice questions on your bubble sheet. Answer the essay questions in the
Go Gators! Relax! May the Schwartz be with you!
Page 1/12 Exam 1 Instructions: Turn off cell phones beepers and other noise making devices. Show all work on the front of the test papers. If you need more room make a clearly indicated note on the front
What s inside your computer? Session 3. Peter Henderson
What s inside your computer? Session 3 Peter Henderson phenders@butler.edu 1 Time & Space/Size & Speed Time How long does it take to do something? (retrieve data from memory, execute a computer instruction,
Valeria Martinovic, 330 Latimer. Concurrent enrollment in Chem 1A or a C- in Chem 1A. Tuesday April 28th - 7:00-9:00pm
Welcome to Chemistry 1AL at UC Berkeley Instructor: Course Information: Valeria Martinovic, valmt_1999@berkeley.edu, 330 Latimer Wednesday Lecture, 6-7 pm in 1 Pimentel Friday Lecture, 12-1 pm in 1 Pimentel
Soil Evaluator Course, Day 1, Presentation 1-3/27/2018 TITLE 5 SOIL EVALUATOR CERTIFICATION TRAINING
TITLE 5 SOIL EVALUATOR CERTIFICATION TRAINING GENERAL CLASS INFO, PLUS CERTIFICATION & RENEWAL OVERVIEW PAUL SPINA, NEIWPCC Prepared for: Commonwealth of Massachusetts Department of Environmental Protection
CS3: Introduction to Symbolic Programming. Lecture 14: Lists.
CS3: Introduction to Symbolic Programming Lecture 14: Lists Fall 2006 Nate Titterton nate@berkeley.edu Schedule 13 14 15 16 April 16-20 April 23-27 Apr 30-May 4 May 7 Thursday, May 17 Lecture: CS3 Projects,
Computer Architecture Dr. Charles Kim Howard University
EECE416 Microcomputer Fundamentals & Design Computer Architecture Dr. Charles Kim Howard University 1 Computer Architecture Computer Architecture Art of selecting and interconnecting hardware components
NAME: 1a. (10 pts.) Describe the characteristics of numbers for which this floating-point data type is well-suited. Give an example.
MSU CSC 285 Spring, 2007 Exam 2 (5 pgs.) NAME: 1. Suppose that a eight-bit floating-point data type is defined with the eight bits divided into fields as follows, where the bits are numbered with zero
San José State University Department of Computer Science CS049J, Programming in Java, Section 2, Fall, 2016
Course and Contact Information San José State University Department of Computer Science CS049J, Programming in Java, Section 2, Fall, 2016 Instructor: Office Location: Fabio Di Troia DH282 Telephone: Email:
ECE : Fundamentals of Wireless Networking - Spring 2007
ECE 6962-003: Fundamentals of Wireless Networking - Spring 2007 Instructors: Roland Kempter and Rong-Rong Chen Grader: Hong Wan 1 Roland Kempter Office: MEB 3252 Phone: (801) 581 3380 Email: kempter@eng.utah.edu
Chapter ELEVEN 8255 I/O PROGRAMMING
Chapter ELEVEN 8255 I/O PROGRAMMING OBJECTIVES this chapter enables the student to: Code Assembly language instructions to read and write data to and from I/O ports. Diagram the design of peripheral I/O
Year 10 OCR GCSE Computer Science (9-1)
01 4 th September 02 11 th September 03 18 th September Half Term 1 04 25 th September 05 2 nd October 06 9 th October 07 16 th October NA Students on in school Thursday PM and Friday Only Unit 1, Lesson
Fundamentals of Programming Session 1
Fundamentals of Programming Session 1 Instructor: Reza Entezari-Maleki Email: entezari@ce.sharif.edu 1 Fall 2013 Sharif University of Technology Outlines Review of Course Content Grading Policy What Is
Overview of the Class
Overview of the Class Copyright 2014, Pedro C. Diniz, all rights reserved. Students enrolled in the Compilers class at the University of Southern California (USC) have explicit permission to make copies