Documents Found!
As seen in
Less Work, Better Grades
Join
Course Hero
Access
best resources
Ace
your classes
Ace your courses with Course Hero!

Submit your homework question or assignment here:
352 Tutors are online
 
We are so confident that you will love our service, we will answer your first homework question for FREE!
*  Attach Assignment (optional):
 
Our current time in (CST) is
 
Study Smarter, Score Higher
View This Document For FREE!
 
Document Content (unformatted)
Course Hero has millions of student submitted documents similar to the one below including study guides, homework solutions, papers, exam answer keys and textbook solutions.
decreasing
Find millions of documents here - Study Guides, Homework Solutions, Papers, Exam Answer Keys and more. Course Hero has millions of course related materials that will enable you to learn better, faster and get an A in all your courses.
Below is a small sample set of documents:

Arizona >> ECE >> 474 (Fall, 2009)
...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Lecture 3 Intro to Verilog ECE 474a/575a Susan Lysecky 1 of 53 Design Entry with HDLs Design entry using HDLs (Hardware Description Language) Similar to a computer program Describes underlying hardware imp...
Arizona >> ECE >> 474 (Fall, 2009)
...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Additional K-Map Slides: Simplifying Notation for Sum-ofProduct Form ECE 474a/575a Susan Lysecky 1 of 5 Simplified Notation for Sum-of-Products Form Instead of listing each product, simply list the minterm...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Lecture 4b Implementing FSMs in Verilog Verilog for Digital Design Copyright 2007 Frank Vahid and Roman Lysecky ECE 474a/575a Susan Lysecky 1 of 19 Finite-State Machines (FSMs)-Sequential Behavior Finite...
Arizona >> ECE >> 474 (Fall, 2009)
...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Lecture 4 Sequential Logic Design Digital Design Copyright 2006 Frank Vahid ECE 474a/575a Susan Lysecky 1 of 64 Sequential Circuit Design (Controllers) Sequential Circuits Output based on inputs as well ...
Arizona >> ECE >> 474 (Fall, 2009)
ModelSim SE 6.1b Tutorial 1. 2. Start ModelSim Create a new project Click on File, then New, then choose Project on the drop down menu Enter your project name, in this case the project is called \"and2gate\" Choose your project location, this projec...
Arizona >> ECE >> 474 (Fall, 2009)
Two-level Logic Optimization, Part 2 1 Exact Algorithm vs. Heuristics Quine-McCluskey Calculated all prime implicants to derive the optimal solution(s) Petrick\'s Method derives all covers to determine minimum cover set(s) Number of prime implicant...
Arizona >> ECE >> 474 (Fall, 2009)
How to Use Turnin General information and directions for the on-line turnin is outlined, additional information available at ECE Help FAQ - How do I Use Turnin? located at http:/www.ece.arizona.edu/ecefaqshow.php?id=29177. It is a good idea to tryout...
Arizona >> ECE >> 474 (Fall, 2009)
Two-level Logic Optimization, Part 4 1 Logic Optimization Techniques Logic Optimization Techniques K-maps (Graphical) Quine-McCluskey (Exact Algorithm) Espresso (Heuristic) Other Generalized Heuristics Branch-and-bound Simulated Annealing Dynam...
Arizona >> ECE >> 474 (Fall, 2009)
Two-level Logic Optimization, Part 4 1 Logic Optimization Techniques Logic Optimization Techniques K-maps (Graphical) Quine-McCluskey (Exact Algorithm) Espresso (Heuristic) Other Generalized Heuristics Branch-and-bound Simulated Annealing Dynam...
Arizona >> ECE >> 474 (Fall, 2009)
Two-level Logic Optimization, Part 2 1 Exact Algorithm vs. Heuristics Quine-McCluskey Calculated all prime implicants to derive the optimal solution(s) Petrick\'s Method derives all covers to determine minimum cover set(s) Number of prime implicant...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 574a Term Project: 2-Level Logic Minimization Due December 6, 2006 (Wednesday) at 8:00 pm Deliverables Logic minimization tool implemented in C Usage file indicating how to utilize the minimization tool 1-2 page description of your logic minim...
Arizona >> ECE >> 574 (Fall, 2009)
ECE 574a Term Project: 2-Level Logic Minimization Due December 6, 2006 (Wednesday) at 8:00 pm Deliverables Logic minimization tool implemented in C Usage file indicating how to utilize the minimization tool 1-2 page description of your logic minim...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a Term Project I2C Bus Interface Due December 6, 2006 (Wednesday) at 8:00 pm Deliverables Behavioral model of the I2C bus, memory, master control, and temperature sensor. Structural model of the Temp_Aq circuit. Robust testbench to verify ...
Arizona >> ECE >> 474 (Fall, 2009)
Digital Design Chapter 2: Combinational Logic Design Digital Design Copyright 2006 Frank Vahid ECE 474a/575a Susan Lysecky 1 of 15 Introduction Let\'s learn to design digital circuits We\'ll start with a simple form of circuit: Combinational circu...
Arizona >> ECE >> 474 (Fall, 2009)
Scheduling Algorithms 1 Scheduling Previously mentioned operator scheduling Assigning operations to states A (some operations) B t1 = t2*t3 t4 = t5*t6 C (some operations) We can further generalize the scheduling problem Determining the start t...
Arizona >> ECE >> 474 (Fall, 2009)
Scheduling Algorithms 1 Scheduling Previously mentioned operator scheduling Assigning operations to states A (some operations) B t1 = t2*t3 t4 = t5*t6 C (some operations) We can further generalize the scheduling problem Determining the start t...
Arizona >> ECE >> 474 (Fall, 2009)
Digital Design Chapter 3: Sequential Logic Design - Controllers Digital Design Copyright 2006 Frank Vahid ECE 474a/575a Susan Lysecky 1 of 58 3.1 Introduction Sequential circuit Output depends not just on present inputs (as in combinational cir...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a Programming Assignment 1 (10 points) Due at beginning of class, Wednesday September 6, 2006 1. Download the structural code provided for F = XY + Z\' combination circuit example (http:/www.ece.arizona.edu/~ece474a/verilog_tutorial) (a) C...
Arizona >> ECE >> 474 (Fall, 2009)
Digital Design Chapter 5.3: Register-Transfer Level (RTL) Design 1 5.3 RTL Design Examples and Issues Well use several more examples to illustrate RTL design Example: Bus interface Master processor can read register from any peripheral Each re...
Arizona >> ECE >> 474 (Fall, 2009)
Digital Design Chapter 4.4 4.10: Datapath Components Digital Design Copyright 2006 Frank Vahid ECE 474a/575a Susan Lysecky 1 of 58 4.4 Shifters Shifting (e.g., left shifting 0011 yields 0110) useful for: Manipulating bits Converting serial dat...
Arizona >> ECE >> 474 (Fall, 2009)
Digital Design Chapter 4: Datapath Components Digital Design Copyright 2006 Frank Vahid ECE 474a/575a Susan Lysecky 1 of 36 4.1 Introduction Chapters 2 & 3 introduced increasingly complex digital building blocks Gates, multiplexors, decoders, b...
Arizona >> ECE >> 474 (Fall, 2009)
Digital Design Chapter 5.4-5.8: Register-Transfer Level (RTL) Design 1 5.4 Determining Clock Frequency Designers of digital circuits often want fastest performance Means want high clock frequency Frequency limited by longest registerto-regist...
Arizona >> ECE >> 474 (Fall, 2009)
Digital Design Chapter 6.1 - 6.3: Optimizations and Tradeoffs 1 6.1 Introduction We now know how to build digital circuits How can we build better circuits? Let\'s consider two important design criteria Delay the time from inputs changing to n...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a HW 1 Due at the beginning of class - Friday September 15, 20006 All of the problems listed below are from Vahid\'s \"Digital Design\" book. Problem 2.26 (5 pts) Problem 2.57 (10 pts) Problem 3.38 (10 pts) Problem 4.12 (10 pts) ECE 574a ONL...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a - HW 3 Due at the beginning of class - Monday November 27, 20006 Problem 1 (10 pts) - Minimize F= x\'y\'z\' + x\'yz + x\'yz\' + xyz + xy\'z using the Quine-McCluskey algorithm. Problem 2 (12 pts) Provide a short description of each of the fol...
Arizona >> ECE >> 474 (Fall, 2009)
Two-level Logic Optimization Part 1 Overview Synthesis and optimization of digital circuits Process by which a higher-level design specification is converted to a lower-level specification Several levels of synthesis within digital design Manufact...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a - HW 2 Due at the beginning of class - Friday October 20, 20006 All of the problems listed below are from Vahid\'s \"Digital Design\" book. Problem 6.24 (5 pts) Problem 4.57 (10 pts) Problem 4.60 (10 pts) Problem 5.5 (10 pts) Problem 5.11 ...
Arizona >> ECE >> 274 (Fall, 2008)
Xilinx ISE 8.1 Synthesis Tutorial The following tutorial provides a basic description of how to use Xilinx ISE 8.1 to create a simple 2-input AND gate and synthesize the design onto the Spartan-3E Starter Board pictured below. This tutorial should al...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a Optional Practice Problems (Final Exam) 1. Given the following blocking matrix, provide all valid column covers. Which cover is optimal and why? 0 0 1 1 1 1 1 1 0 B= 2. Using Espresso\'s EXPAND function, expand F 0 0 1 1 2 0 1 0 0 1 1...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Introduction Technology In Our Everyday Lives Semiconductor Industry forecasts $252 billion in sales for 2007 Computers Military Entertainment Automotive 20-80 microprocessor controlling break systems, a...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Lecture 10 ESPRESSO ECE 474a/575a Susan Lysecky 1 of 15 Some Problems are Hard Using Exact Algorithms vs. Heuristics Quine-McCluskey Calculated all prime implicants to derive the optimal solution(s) Petri...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/574A Programming Project 4: 2-Level Logic Minimizer Deliverables Phase I (20pts): Due April 16, 2008 (Wednesday) at 8:00 pm ECE 474/574A Deliverables Turnin Parser that reads in input file and generates a Verilog or text output file based...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a Programming Project 3 I2C Bus Interface Due March 26, 2007 (Wednesday) at 8:00 pm Deliverables High-level behavioral model of master controller updated to utilize I2C interface High-level behavioral model of memory updated to utilize...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Lecture 2 Intro to Verilog ECE 474a/575a Susan Lysecky 1 of 53 Design Entry with HDLs Design entry using HDLs (Hardware Description Language) Similar to a computer program Describes underlying hardware imp...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a Optional Practice Problems (Midterm 2) 1. Can the row/column dominance method be utilized to minimize F(a, b, c) = m (0, 1, 2, 5, 7, 6)? If so, provide the minimized equation. If not, explain why and provide alternative methods (you do...
Arizona >> ECE >> 474 (Fall, 2009)
...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a - Homework 5 Due at the beginning of class April 30, 2007 (Wednesday) 1. (10 points) Using Espresso\'s EXPAND function, expand F 0 F= 0 1 0 1 1 0 2 1 2 1 2 R= 1 2 2 1 0 0 2 0 2. 3. (5 points) Convert F = a xor b xor c into a BDD, u...
Arizona >> ECE >> 474 (Fall, 2009)
...
Arizona >> ECE >> 474 (Fall, 2009)
...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a - Homework 4 Due at the beginning of class March 28, 2007 (Friday) 1. (10 points) Provide a short description of the following algorithms. Indicate if the algorithm is an exact algorithm or a heuristic. K-map Quine-McCluskey Espresso Br...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a - Homework 3 Due at the beginning of class March 12, 2007 (Wednesday) 1. (10 points) Using the Iterated Consensus Method, determine the complete sum of F(a, b, c, d) = ab\'c\' + a\'bc\' + abc\' + a\'b\'. Why is the complete sum important? (10 ...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474A/57A Computer-Aided Logic Design Lecture 5 Register-Transfer Level (RTL) Design Digital Design Copyright 2006 Frank Vahid ECE 474a/575a Susan Lysecky 1 of 91 Introduction Controllers Control input/output: single bit (or just a few) repr...
Arizona >> ECE >> 474 (Fall, 2009)
...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a - Homework 2 Due at the beginning of class February 15, 2007 (Friday) 1. (5 points)Implement a Mealy FSM that detects the input sequence pattern z = 1, 0, 1, 0. Whenever the input pattern is detected immediately output f = 1 (do not wai...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a - Programming Project 1 (20 points) Due February 1, 2008 (Friday) at 8:00 pm Deliverables (one submission per group, be sure to include both group member names) Verilog code implementing structural ALU Verilog code implementing behav...
Arizona >> ECE >> 474 (Fall, 2009)
ECE 474a/574a Programming Assignment 2 (40 points) Due February 18, 2006 (Monday) at 8:00 pm Deliverables Datapath behavioral implementation of various datapath components, structural implementation of the datapath itself Controller behavioral im...
Arizona >> ECE >> 474 (Fall, 2009)
Mano, Figure 8.5 ASM chart conditional box Reset_b Binary code State name More-type output signals Unconditional register operations 0 Condition Flag 1 0 Flag 1 S_1 Start 001 S_1 Start 001 Reset_b R0 Conditional (Mealy) outputs and register operatio...
Arizona >> ECE >> 6 (Fall, 2009)
Mano, Figure 8.5 ASM chart conditional box Reset_b Binary code State name More-type output signals Unconditional register operations 0 Condition Flag 1 0 Flag 1 S_1 Start 001 S_1 Start 001 Reset_b R0 Conditional (Mealy) outputs and register operatio...
Arizona >> ECE >> 274 (Fall, 2008)
Xilinx ISE 8.1 Simulation Tutorial 1. 2. Start Xilinx ISE Project Navigator Create a new project Click on File, then choose New Project on the drop down menu Enter your project name, in this case the project is called \"AND2gate\" Choose your projec...
Arizona >> ECE >> 274 (Fall, 2008)
ECE 274 - Digital Logic Beyond the Book: High-level FSMs Lecture 21 High-level FSM Custom Processors RTL Design Method 1 ECE 274 - Digital Logic Introduction to Custom Processors Controllers Control input/output: single bit (or just a few) repre...
Arizona >> ECE >> 274 (Fall, 2008)
ECE 274 - Digital Logic Lecture 1 Lecture 1 What is digital logic? Digital Hardware Implementing a Digital System Moore\'s Law Design Process of Digital Hardware 1 What is Digital Logic? Digital vs. Analog Digital signal Discrete Signal that can h...
Arizona >> ECE >> 596 (Fall, 2008)
Coarse Grain Reconfigurable Architectures Announcements Group meetings this week (sign up sheet) Starting October 8th: PSYCH304, 3:306pm Today: Coarse Grain Architectures Motivation for coarse grained architectures Definition FPGA with granu...
Arizona >> ECE >> 304 (Fall, 2008)
ECE 304: Types of Two-port (See S&S Appendix B) Independent variables There are two variables at each port, the current and the voltage at that port. We can choose which of the two is to be considered as the independent variable at each port. Then th...
Rochester >> ME >> 201 (Fall, 2009)
ME201/MTH281 FALL 2008 FINAL EXAM REVIEW TIME AND PLACE OF EXAM The exam will be on Friday Dec. 19, 7:15 PM 10:15 PM, in Hoyt. MATERIAL COVERED BY EXAM The exam will cover all topics in the course, including homework assignments #1 - 11. The exam w...
Rochester >> ME >> 280 (Fall, 2009)
11-4 11.4 We are asked to compute the volume percent graphite in a 2.5 wt% C cast iron. It first becomes necessary to compute mass fractions using the lever rule. From the iron-carbon phase diagram (Figure 11.2), the tie-line in the and graphite ph...
Rochester >> ME >> 201 (Fall, 2009)
ME201/MTH281 Heat Flow in a Slab Mathematica 6 1. Introduction In this notebook, we use Mathematica to visualize the solutions obtained in class for transient heat conduction in a slab. In the first example, the boundary conditions are zero temperat...
Rochester >> ME >> 241 (Fall, 2009)
Updated: 1/7/09 SHORT EXPERIMENT 1: DYNAMIC RESPONSE OF THERMOCOUPLES You will look at heating and cooling of two different thermocouples as a function of time using the two channel VI you built earlier. You will heat the thermocouple by plunging it...
Rochester >> ME >> 223 (Fall, 2009)
ME 223 FINAL EXAM 2008 12:30 15:30 Wednesday May 7, 2008 This exam is open book and notes you may use any reference material that you like, but you may not exchange reference material during the exam. The exam covers all of the material in the cour...
Rochester >> P >> 113 (Fall, 2009)
Workshop module 10 - Physics 113, Fall 2003 Precession, statics 1. The pilot of a propeller-driven airplane decides to descend abruptly. The propeller is at the front of the airplane and rotates clockwise as seen by the pilot. She lowers the nose of ...
Rochester >> P >> 142 (Fall, 2009)
Workshop module 1 - Physics 142, Fall 2007 1. Remember the Clinton years? My sources inside the White House tell me that Monica and Bill misled Congress and the public about what really went on behind closed doors. My source says the scandal was a co...
Rochester >> P >> 113 (Fall, 2009)
Workshop module 11 - Physics 113, Fall 2004 1. A rubber hose is attached to a funnel, and the free end is bent around to point upward. Water is poured in the funnel until it is partially filled. The fluid reaches static equilibrium. Is the pressure g...
Rochester >> P >> 121 (Fall, 2009)
Workshop module 11 - Physics 121, Fall 2002 SHO, waves 1. A 2 kg mass is attached to a massless, ideal spring. It is constrained to oscillate along one dimension on a horizontal frictionless surface. A mark has been placed at an arbitrary location on...
Rochester >> P >> 113 (Fall, 2009)
Physics 113 - Fall 2003 - workshop module 5 Work, energy, gravitation, springs 1. A traffic engineer claims that traffic lights timed so motorists can travel long distances between stops will improve air quality in a city. Do you believe this? Why or...
Rochester >> P >> 113 (Fall, 2009)
Physics 113 - Fall 2003 - Poster/presentation Project Physics touches many, many parts of your lives. I want you to think about that in a mode that isn\'t accompanied with the stress of analytical test-taking. And I want you to have some fun doing it....
Rochester >> P >> 113 (Fall, 2009)
Physics 113 - Fall 2002 - workshop module 8 Rotational motion 1. In rewind mode, many cassette and video recorders have one spool that turns at constant angular velocity pulling the tape from the other spool. What happens to the angular velocity of t...
Arizona >> CS >> 552 (Fall, 2007)
CS 552 Programming Assignment Fall 2008 John H. Hartman LFS Phase 1 Due: October 23, 2008 at midnight Phase 2 Due: December 9, 2008 at midnight 1. Overview This semester you will implement a log-structured file system (LFS) that allows application...
Arizona >> CS >> 437 (Fall, 2009)
CSc 437 Homework 4 (100 pts.) Due: 11/8/01 Instructions. All assignments are to be completed on separate paper in neat, legible pencil. Use only one side of the paper. Assignments will be due at the beginning of class, or if you can not make it to cl...
What are you waiting for?
View This Document For FREE!