Georgia Tech - ECE - 4000

Guidelines for Effective Oral and Written CommunicationsECE 4000: Project Engineering and Professional PracticeCommunication skills are extremely important. Unfortunately, both written and oral skills are often ignored in engineering schools, so to

Georgia Tech - ECE - 4006

ECE 4006 Final PresentationGroup Name: Altera NIOS Robot Group Group Members John Sellers - Doug Messick - Kelvin Bunn - Sean JamesSchool of Electrical and Computer Engineering Georgia Institute of TechnologyECE 4006 Final Presentation Project

Georgia Tech - ECE - 4006

ECE 4006 - HamblenSWANSWAN: System for Wearable Audio NavigationMapping A Visual Environment to a 3D Audio SoundscapeShaun Thamer David Benson Tom Cheng Daisuke Arase Spring 2005ECE 4006 - HamblenSWANOutline Previous Work/Res

Georgia Tech - ECE - 4006

ECE 4006 Project Proposal and PresentationGroup Name: Altera NIOS Robot Group Group Members John Sellers - Doug Messick - Kelvin Bunn - Sean JamesSchool of Electrical and Computer Engineering Georgia Institute of TechnologyECE 4006 Project Prop

Georgia Tech - ECE - 4006

Georgia Tech - ECE - 4007

Georgia Tech - ECE - 4007

Georgia Tech - ECE - 4007

ECE4884 / 4007 Culminating Design ProjectFall 2007Individual Writing Assignment Technology Review Due Date: Wednesday, September 5th Length: 500-1000 words (1 to 2 pages)Overview and Rationale No designs are created in a vacuum. Most design

Georgia Tech - ECE - 4007

Georgia Tech - ECE - 4100

ECE 4100/6100 Advanced Computer ArchitectureINSTRUCTOR: James Hamblen OFFICE: CoC 307 PHONE: 404-894-3027 E-MAIL: hamblen@ece.gatech.edu Class Web Site: http:/users.ece.gatech.edu/~hamblen/4100/ COURSE DESCRIPTION: This course addresses advanced iss

Georgia Tech - ECE - 4100

ECE 4100 Laboratory Assignment 1 Due Date: June 12 Using version 3.0 of the SimpleScalar simulator running the SPEC95 tomcatv.ss floating point benchmark search the design space and design a processor using the sim-outorder tool. Start off with the s

Georgia Tech - ECE - 4100

SCORE:_Name:_ECE 4100/6100 Advanced Computer Architecture Exam III Summer 20041. (10 points) What limits the size and complexity of the L1 cache and why is an L2 (and even an L3) in common use today? The L1 cache is in the critical delay path f

Georgia Tech - ECE - 4100

Module 3: Branch PredictionECE4100/6100:YalamanchiliFall2003Control DependenciesDependenciesStructuralDataNameControlAntiOutput Control dependencies instructionsdetermineexecutionorderof Instructions are control dependent

Georgia Tech - ECE - 4110

ECE 4110 Internetwork Programming Lab 9: OSPF and Fixing Broken NetworksGroup Number: _ Member Names: _ _Date Issued: April 19, 2006 (Do NOT start before this date. The lab will not work.) Turn-in Due: April 27, 2006 This lab requires that you use

Georgia Tech - ECE - 4110

ECE 4110 Internetwork Programming Lab 3: UDP Traffic GeneratorGroup Number: _ Member Names: _ _ Date Issued: Tuesday Jan. 31, 2006 Date Due: Tuesday Feb. 7, 2006 Last Edited: 1/26/06 __ _Lab GoalsFinish a UDP sockets programs to transmit and rece

Georgia Tech - ECE - 4110

ECE 4110 Internetwork Programming Lab 2: TCP Traffic GeneratorGroup Number: _ Member Names: _ _ Date Issued: Tuesday Jan.24, 2006 Date Due: Tuesday Jan. 31, 2005 Last Edited: 1/24/2006 __ _Lab GoalsFinish a TCP sockets programs to transmit and re

Georgia Tech - ECE - 4110

ECE 4110 Internetwork Programming Lab 8: Configuring a Network Using RIP Routing ProtocolGroup Number: _ Member Names: _ Date Issued: April 18, 2006 Date Due: April 22, 2006 This lab requires that you use one of three setups. You must sign up in adv

Georgia Tech - ECE - 4112

ECE4112 Internetwork Security Final Survey Spring 2007(please also do the official: http:/www.coursesurvey.gatech.edu) Please help to improve future offerings of this class. We need to cut some material to make room for some new labs. Specifically w

Georgia Tech - ECE - 4112

ECE 4110/4112 Lab TA ScheduleMonday 9:00 AM 9:30 AM 10:00 AM 10:30 AM 11:00 AM 11:30 AM 12:00 PM 12:30 PM 1:00 PM 1:30 PM 2:00 PM 2:30 PM 3:00 PM 3:30 PM 4:00 PM 4:30 PM 5:00 PM 5:30 PM 6:00 PM 6:30 PM 7:00 PM 7:30 PM Abraham Abraham Abraham Abraham

Georgia Tech - ECE - 4112

The following contains a few common issues with fixes. Please read the entire document and keep a copy with you while in lab. 1. All Linux machines (virtual machines as well as the host operating system) must be powered off properly. DO NOT close VMW

Georgia Tech - ECE - 4112

Georgia Tech - ECE - 4170

Georgia Tech - ECE - 4170

Spring 2000ECE 4170Assignment 3 - Datapath Simulation: Part I Purpose:The purpose of this assignment is to introduce you the following VHDL constructs the generate construct I/O constructing generic, configurable modules configuration decl

Georgia Tech - ECE - 4170

Spring 2000ECE 4170Assignment 4- Datapath Simulation: Part II Purpose:The purpose of this assignment is to begin to round out the datapath.DescriptionIn this assignment you will add two more modules to the datapath that you started in the pre

Georgia Tech - ECE - 4170

Spring 2000ECE 4170Assignment 5- Datapath Simulation: Part II Purpose:The purpose of this assignment is to begin to complete the datapath.DescriptionIn this assignment you will add the final module. Registers: This unit implements an 8 regist

Georgia Tech - ECE - 4180

ECE 4180 Final Project Windows XP Embedded Kernel With Integrated MoTeC Engine Management SoftwareTeam ShadowBots Sushant Anand Justin Barber Amol Lodha Avinash Ravi School of Electrical and Computer Engineering Georgia Institute of Technology Sprin

Georgia Tech - ECE - 4180

ECE 4180 eBox KernelBrian Faust John Himmelein Wogene AleneOverview / Review Build Windows CE kernel for eBox Test and demonstrate kernel using MP3/Movie stream playback Attempt Windows XP kernel buildWindows CE Kernel Used Window C

Georgia Tech - ECE - 4180

USB ThermostatECE 4180 Ian Jacobs Chris ParrisAgenda HardwareComponents Data Format/Modes Software Description Screenshots Final Product Future Revisions2Hardware Components DevaSysUSB/I2C Development Board PIC18F252 C DS1307 RTC

Georgia Tech - ECE - 4180

CNC DrillECE 4180 Jake Goulding Dane WagnerConceptRealityDifferences Moved some functionality to USB board Changed axis orientation Complete redesign of Y/Z axesUSB Board 5-byte packet sent to USB Board Generic USB Report Command, 2

Georgia Tech - ECE - 4270

Ideal Lowpass with DelayECE 4270 Fundamentals of Digital Signal Processing Frequency response:Lecture 13: Frequency Response of Rational LTI SystemsH(eje j )= 0 < c c < H(e j ) = Magnitude and phase:1 < c H(e j ) = 0 c <

Georgia Tech - ECE - 4270

ECE4270 Fundamentals of DSP Lecture 1 Introduction & OverviewSchool of Electrical and Computer Engineering Center for Signal and Image Processing Georgia Institute of TechnologyOverview of Lecture 1 What is DSP? Discrete-time signals Examples

Georgia Tech - ECE - 4270

ECE4270 Fundamentals of DSP Lecture 2 Discrete-Time Signals and SystemsSchool of Electrical and Computer Engineering Center for Signal and Image Processing Georgia Institute of TechnologyOverview of Lecture 2 Announcement Linear time-invariant s

Georgia Tech - ECE - 4270

Overview of LectureECE4270 Fundamentals of DSP Lecture 38-39 1. DFT and Convolution 2. The Fast Fourier TransformSchool of Electrical and Computer Engineering Center for Signal and Image Processing Georgia Institute of Technology Final exam anno

Georgia Tech - ECE - 4601

ECE 4601 ASSIGNMENT NO. 6DATE ASSIGNED: DATE DUE: READING: Tuesday October 21, 2003 Tuesday October 28, 2003 Chapters 9, 10PROBLEM 6.1. Let xmin denote the x that minimizes a function f(x).The gradient algorithm for f(x) produces an estimate xk fo

Georgia Tech - ECE - 4601

ECE 4601 ASSIGNMENT NO. 5DATE ASSIGNED: DATE DUE: READING: Thursday October 2, 2003 Tuesday October 14, 2003 Chapters 9, 10PROBLEM 5.1. Consider the 4-QAM signal set described by s( t ) = 2 Re{ag( t )e j180000000t}, where the complex symbol is dra

Georgia Tech - ECE - 4601

Design and Implementation of an Adaptive 256-QAM ReceiverECE 4601 Project, Fall 2003IntroductionIn this project you will design and implement a 256-QAM receiver in MATLAB, complete with synchronization and adaptive equalization. Attached you will

Georgia Tech - ECE - 4601

August 19, 2003SCHOOL OF ELECTRICAL AND COMPUTER ENGINEERING GEORGIA INSTITUTE OF TECHNOLOGY ECE 4601: COMMUNICATION SYSTEMS FALL 2003 PREREQUISITE: ECE 3075. COURSE OBJECTIVE: To study the design and implementation of digital communication systems

Georgia Tech - ECE - 4607

ECE 4607: Mobile & Wireless NetworksRaghupathy Sivakumarhttp:/www.ece.gatech.edu/research/GNAN http:/www.ece.gatech.edu/~siva/ECE4607Guest Lectures Professor Sivakumar traveling for a lecture at the WISARD (Wireless Systems: Advanced Research an

Georgia Tech - ECE - 4813

ECE 4813 Computational Computer VisionDr. Allen Tannenbaum 1. What is Computer Vision? Computer Vision (or image understanding) describes the automatic deduction of the structure or properties of a possibly dynamic three dimensional world from eithe

Georgia Tech - ECE - 4813

Example: Shortest path between two points Choose points (0,a) and ( ,b). F ( u, u ) = 1 + ( u )2Euler-Lagrange: F d F =0 u dx u 1 (1 + u 2 ) 1 / 2 .2u 20d u dx 1 + u 2 (1 + ) u1< u xx u( x) u ( 0) u (1)u xx2 3/ 2 x

Georgia Tech - ECE - 4813

Second Derivative Operators One of the principal limitations of operators based on approximation of first spatial derivatives is sensitivity to 2D ramp functions.Since 2D edge detection operators return a function of the slope of the image function

Georgia Tech - ECE - 4813

Digital ImagesDigital images with which computer vision deals are represented by a m-vector discrete-valued image functions f ( x ) , Take m = 1 , and both domain and range of f ( x ) discrete. Domain of f is finite, usually a rectangle, and the ran

Georgia Tech - ECE - 4884

Maison Intelligent Members: Steven Bellows, Matthew Marston, Kenneth Nolasco, Brian Sparrow March 26, 2008The Smart HouseMission: Provide low-cost automated homesystem Automated systems connected to a central network core:Environment Security M

Georgia Tech - ECE - 6100

ECE 6100 4 problems, 8 pagesAdvanced Computer Architecture Exam TwoFall 2001 1 November 2001Name (print) Email address1 202 303 304 20total 100For maximum credit, show all work. Hand in everything you write on. Put your name on ever

Georgia Tech - ECE - 6100

ECE 6100 4 problems, 9 pagesAdvanced Computer Architecture Exam OneFall 2001 20 September 2001Name (print) Email address1 252 253 254 25total 100For maximum credit, show all work. Hand in everything you write on. Put your name on ev

Georgia Tech - ECE - 6100

= ECE 6100 Advanced Computer Architecture Fall 2001 Project 2 Due: 4 December 2001 = Efficient Traffic Analysis using a SIMD Processing = PURPOSE = An introduction to a parallel architecture to become familiar with the Single Instruction, Multiple Da

Georgia Tech - ECE - 6100

ECE 4100 4 problems, 10 pages Problem 4 (25 points)Advanced Computer Architecture Exam OneSpring 2000 10 February 2000 Tomasulos AlgorithmConsider a system employing Tomasulo's dynamic scheduling. If all operands are available, an instruction

Georgia Tech - ECE - 6101

ECE 6101 Project 1V Due Date: March 22 Your project is identical to ECE 6101 Project 1 except that you will only simulate the MESI protocol. Skip the write-through protocol and Dragon protocol parts of the project.

Georgia Tech - ECE - 6101

ECE 6101: Important Speedup RelationsD. BloughLet Sn represent the speedup attained by an n-processor system when executing a given program. 1. Sn = Ts A Ts + (1 A) Ts + TCOMMn nwhere Ts denotes the time spent on a serial machine with 1 proce

Georgia Tech - ECE - 6101

ECE 6101 Spring 2005 Homework #3 Due date: April 191) Consider an application with n 3 processes in which each process holds an arbitraryinteger value. Write an MPI program to find and print out the third largest value out of the n values held b

Georgia Tech - ECE - 6101

ECE 6101 Project 1 Due Date: March 8In this project, you will use the high-level programming language of your choice to simulate cache coherence protocols for bus-based shared memory multicomputers. The simulation parameters are the number of proces

Georgia Tech - ECE - 6102

Georgia Tech - ECE - 6255

Georgia Tech - ECE - 6255

Georgia Tech - ECE - 6255

Georgia Tech - ECE - 6255

Georgia Tech - ECE - 6273

Georgia Tech - ECE - 6273

Georgia Tech - ECE - 6273

Georgia Tech - ECE - 6361

ECE6361 COURSE INTRODUCTION AND POLICIES - SUMMER 2003INSTRUCTOR: Dr. J. Stevenson Kenney, Office MiRC Rm. 226 Office Phone: (404) 894-5170 Home Phone: (770) 399-0803 Emergencies before 9 p.m! e-mail: jskenney@ece.gatech.edu VL C356 MW: 2:30-3:30

Georgia Tech - ECE - 6361

ECE6361 COURSE SYLABUSDate 5/1216Summer 20035/19 235/28 306/2 66/6 6/9, 11 6/13Lecture Reading Lab Class Intro Ch. 1-2 No lab - Policies and Procedures - Review of Syllabus - Prerequisite Coursework and Skills Mixer Theory: - Nonlinear M