Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more.
Course Hero has millions of course specific materials providing students with the best way to expand
their education.
Below is a small sample set of documents:
Carnegie Mellon - CMT - 0701
NICE: Project OverviewLori Levin, Jaime Carbonell, Alon Lavie, Ralf BrownLanguage Technologies Institute Carnegie Mellon UniversityMachine Translation of Very Low Density Languages No text in electronic form Can't apply current methods for sta
Berkeley - EE - 221
EE 221a Homework 1 Solutions Fall 20071Problem 1a. For x, y F = {0, 1}, dene addition x y = (x + y) mod 2, and multiplication x y = x y. Then, (A) x, y F , x y F is uniquely dened, and (a1) x y = (x + y) mod 2 = (y + x) mod 2 = y x (a2)
Berkeley - EE - 221
EE 221a Homework 3 Solutions Fall 200611. We let x(t) = y(t). Then, differentiating x(t) using Leibniz's rule yields : x(t) = -x(t) + u(t) We know this is a LTI dynamical system, so we could stop there. Let's show the relevant axioms anyway. Sta
Berkeley - EE - 221
EE 221a Homework 6 Solutions Fall 20071Problem 1. In this circuit, the state equation is x1 x2 = -x1 - x2 1 1 x1 - x2 =Denote x = [x1 , x2 ]T , then x = Ax, where A = -11-1 -1, andis small.Solve det(sI - A) = 0 to find the eigenval
Berkeley - EE - 221
EE 221a Homework 7 Solutions Fall 2007 A c 0 0 0 s b 0 b 01Problem 1. Denote A =,b =.{A , b } is c.c. rk(sI A c) = n + 1, s (A )Note that (A ) = (A) {0}. (a) Assume {A , b } is c.c. If s = 0, then n + 1 = rk( sI A c 0 s b 0 ) = r
Berkeley - EE - 221
EE 221a Homework 8 Solutions Fall 2007 Problem 1. a) A = A - BF = hence |sI - A | = -f1 7 - 2f1 1 - f2 -4 - 2f21(s + f1 )(s + 2f2 + 4) - (2f1 - 7)(f2 - 1)= s2 + (f1 + 2f2 + 4)s + 6f1 + 7f2 - 7 b) A = A - kBC so sI - A = then A (s) = s2 + (7k +
Berkeley - EE - 221
EE 221a Homework 9 Solutions Fall 20071Problem 1. Starting from the individual state equations: x1 = A1 x1 + B1 e1 y1 = C1 x1 + D1 e1 x2 = A2 x2 + B2 e2 y2 = C2 x2 e1 = u1 - y2 e2 = u2 + y1 we obtain the state equations for the composite system
Berkeley - EE - 221
EE221A Linear System Theory Midterm Review ProblemsProfessor C. Tomlin Department of Electrical Engineering and Computer Sciences, UC Berkeley Fall 2007 10/10/07Most of these problems have been taken from previous midterms in EECS 221A (F'06, F'05
UCF - CDA - 6938
IBM Systems & Technology Group Cell/Quasar Ecosystem & Solutions EnablementSPU Timing Tool static timing analysisCell Programming Workshop Cell/Quasar Ecosystem & Solutions Enablement1Cell Programming Workshop3/2/2008 2007 IBM Corporatio
Stanford - LING - 236
Logit model, logistic regression, and log-linear modelA comparisonLeaving homeModels of counts: log-linear modelRow i, Column j Sex: A,BAB ln ij = u + uiA + u B + uij jorln ij = + i + j + ijorln = 0 + 1 x1 + 2 x 2 + 3 x3 + .
Stanford - LING - 236
p1 0.88 p 0.73 z 2.27p2 0.58 1-p 0.27p1-p2 0.29Significant as 2 tailed test
Stanford - LING - 236
Statistical models for categorical responsesLogistic Regression Analysis 2 by 2 Contingency Tables Odd Ratios Risk Ratios Mantel-Haenszel TestSurvival Analysis2 by 2 Contingency TablesDisease Yes No Exposure Yes a b a+b=r1 No c d c+d=r2 a+
Stanford - LING - 236
Introduction to logistic regression a.k.a. VarbrulChristopher ManningLing 236, 2002Logistic regression Describes association of binary (or discrete) response variable with set of explanatory variables (often, but not necessarily discrete) Me
Stanford - LING - 236
%!PS-Adobe-2.0 %Creator: dvips(k) 5.78 Copyright 1998 Radical Eye Software (www.radicaleye.com) %Title: flexsubcat.dvi %Pages: 3 %PageOrder: Ascend %BoundingBox: 0 0 612 792 %EndComments %DVIPSCommandLine: dvips flexsubcat %DVIPSParameters: dpi=600,
UCF - CDA - 6938
Programming for Multi-Core CPUs: Locking and Transactional MemoryHuiyang ZhouSlides 1-18 are from Professor Umakishore Ramachandran @ GaTechSchool of Electrical Engineering and Computer Science University of Central Florida1Example use of thr
UC Davis - ECS - 189
Protein Sequence Comparison (2)ExampleA A T G T 10 0 0 0 T 0 G 0 T 0 G 0 C 0 T 0ExampleA A T G T 10 0 0 0 T 0 20 G 0 10 T 0 20 G 0 10 C 0 10 T 0 20ExampleA A T G T 10 0 0 0 T 0 20 10 10 G 0 10 30 20 T 0 20 20 40 G 0 10 30 C 0 10 20 T 0 20 20
Stanford - LING - 236
<?xml version="1.0" encoding="UTF-8"?> <Error><Code>NoSuchKey</Code><Message>The specified key does not exist.</Message><Key>00fdca65aee887af057f1c4f52b3837e21986a8f.ppt</Key><RequestId>0 183361FEC7004ED</RequestId><HostId>+XEOnzjHQl1dbdlJeTk5C+FB02A
Wisconsin - ME - 349
ME349 Engineering Design ProjectsConcept Evaluation TechniquesThe evaluation of design concepts implies and involves both comparison and decision making. Evaluation techniques require a comparison between the concepts developed and the requirements
Wisconsin - ME - 349
ME349 Engineering Design ProjectsInstructor: Kim Manner 3138 Engineering Centers Building kmanner@engr.wisc.edu 262-4825 www.cae.wisc.edu/~me349 Course Objectives: Students must learn and understand the overall design process including techniques, m
UCF - CDA - 6938
PPU Code#include <stdlib.h>#include <stdio.h>#include <errno.h>#include <libspe2.h>#include <pthread.h>#include "common.h"#include <libmisc.h>#include <sys/times.h>#include <time.h>#include <assert.h>#include <unistd.h>#include <fenv.h>
UCF - CDA - 6938
Developing the Demosaicing Algorithm in GPGPUPing Xiang Electrical engineering and computer scienceOutlineBackground Algorithm Implementation Experiment Results Future WorkBackground 1. Color Filter Array. A mosaic of color filters in front of
UCF - CDA - 6938
Fast Background Subtraction using CUDAClick to edit Master subtitle style Janaka CDA 69386/5/09What is Background Subtraction?Identify foreground pixels Preprocessing step for most vision algorithms6/5/09ApplicationsVehicle Speed Comp
UCF - CDA - 6938
GPU Functional SimulatorYi Yang yangyi@eecs.ucf.edu CDA 6938 term project Orlando April. 20, 2008Outline Motivation and background Software design Implementation Test cases Future workUniversity of Central FloridaMotivation and backgrou
Johns Hopkins - COG - 315
Code 3 1010 1103 1819 1991 2488 3217 4048 4073 4242 4707 5143 5165 6187 6364 6664 6969 7124 7394 7865 9219 0179Exam3 (/100) 88.89% 79.63% 92.59% 92.59% 75.93% 81.48% 79.63% 93.52% 70.37% 70.37% 92.59% 66.67% 59.26% 88.89% 77.78% 85.19% 98.15% 84.26
UCF - CDA - 6938
Spatial Tone Mapping in High Dynamic Range ImagingZhaoshi Zheng High Dynamic Range ImagingConventional digital representation of images in computers can not produce the color range in natural world So the techniques for capturing, st
Johns Hopkins - COG - 315
Code 0179 1010 1103 1819 1991 2488 3217 3399 4073 4707 5143 5165 6187 6202 6364 6612 6969 7124 7394 7865 9219Exam 2 (/100) 89.66% 82.76% 89.66% 93.97% 83.62% 74.14% 69.83% 85.34% 87.07% 64.66% 84.48% 63.79% 68.97% 84.48% 83.62% 85.34% 83.62% 86.21%
UCF - CDA - 6938
Canny Edge Det ect ion Using an NVI DI A GPU andAlex Wade M ast er subt it le st yle Click t o edit CAP6938 Final Pr oject6/5/09I nt r oduct ionGPUbased implement at ion of A Computati onal Appr oach to Edge Detecti on by John Canny pr esent
UCF - CDA - 6938
CDA 6938 Final Project Triangulation from Point CloudYiyan XiongBackground Mixed reality need models matching the real scene for two reasons:Solve occlusion problem by using matting algorithm Light the real object with the virtual light resou
Johns Hopkins - COG - 315
Ganglion cell receptive fieldsV2Thick StripesPale Stripes (interstripes)Thin StripesLayer IVB V1 Layer IVC LaLayers II, III Inter-blobLayers II, III BlobLayer IVCLGNMagnocellularParvocellularRetinaM-typeP-type
Johns Hopkins - COG - 315
Carnegie Mellon - CS - 17811
A Biologically Inspired Programming Model for Self-Healing SystemsSelvin GeorgeDepartment of Computer Science University of Virginia Charlottesville, VADavid EvansDepartment of Computer Science University of Virginia Charlottesville, VALance D
Carnegie Mellon - CS - 17811
17-811 Self-Healing Systems Reading Summary by Bhuricha SethanandhaDavid Garlan Date: April 2, 2003Wednesday, April 2: Other Model-based Self-repair (Owen Cheng) Title Gross, P.N., Gupta, S., Kaiser, G.E., Kc, G.S., Parekh, J.J. An Active Events
Carnegie Mellon - CS - 17811
ICrafter: A Service Framework for Ubiquitous Computing EnvironmentsShankar R. Ponnekanti, Brian Lee, Armando Fox, Pat Hanrahan, and Terry WinogradStanford UniversityAbstract. In this paper, we propose ICrafter, a framework for services and their
Carnegie Mellon - CS - 17811
WORDS03 January 2003A Framework for Scalable Analysis and Design of System-wide Graceful Degradation in Distributed Embedded SystemsCharles P. Shelton ECE Department Carnegie Mellon University Pittsburgh, PA, USA cshelton@cmu.edu AbstractWe pres
Carnegie Mellon - CS - 17811
Programming Methodology for Biologically-Inspired Self-Assembling SystemsRadhika Nagpal, Attila Kondacs, Catherine ChangMIT Technology Square, NE43-432 Cambridge MA 02114 contact: radhi@mit.eduAbstractWe present a programming methodology for sel
Carnegie Mellon - CS - 17811
SFI WORKSHOP: RESILIENT AND ADAPTIVE DEFENCE OF COMPUTING NETWORKS 20021Genetically Induced Communication Network Fault ToleranceStephen F. Bush and Amit B. Kulkarni (Invited Paper: SFI Workshop: Resilient and Adaptive Defence of Computing Netwo
Carnegie Mellon - CS - 17811
Architectural Primitives for Distribution and MobilityAntnia Lop es1Dept. Informatics FCUL, Campo Grande 1749-016 Lisboa, Portugal +351-2175006041Jos Luiz Fiadeiro1,2ATX Software SA Al. Antnio Srgio 7, 1-C 2795-023 Linda-a-Velha, Portugal +351-
Carnegie Mellon - CS - 17811
WEARABLE COMPUTINGApplication Design for Wearable and ContextAware ComputersTo address mobile-application design challenges, the authors created four user interface models that map problem-solving capabilities to application requirements.ervasiv
Carnegie Mellon - CS - 17811
Software Agent Evolution in Adaptive Agent Oriented Software ArchitectureGuoqiang Zhong, Babak Hodjat, Tarek Helmy and Makoto AmamiyaDepartment of Intelligent Systems Kyushu University Kasuga-shi, Fukuoka (816-8580), Japan {zhong, bobby, helmy, ama
Carnegie Mellon - CS - 17811
Energy-aware adaptation for mobile applicationsJason Flinn and M. SatyanarayananSchool of Computer Science Carnegie Mellon UniversityAbstractIn this paper, we demonstrate that a collaborative relationship between the operating system and applica
Carnegie Mellon - CS - 17811
In Proceedings of the 9th ACM SIGOPS European Workshop, pp. 9196, Kolding, Denmark, September 2000Congestion Prices as Feedback Signals: An Approach to QoS ManagementRolf Neugebauer Department of Computing Science University of Glasgow Glasgow, G
Carnegie Mellon - CS - 17811
The Evolution of CodaM. SATYANARAYANAN Carnegie Mellon UniversityFailure-resilient, scalable, and secure read-write access to shared information by mobile and static users over wireless and wired networks is a fundamental computing challenge. In t
Carnegie Mellon - CS - 17811
Efficient Mapping of Software System Traces to Architectural ViewsRobert J. Walker, Gail C. Murphy, Jeffrey Steinbok, and Martin P. Robillard Department of Computer Science, University of British Columbia, 201-2366 Main Mall, Vancouver, BC V6T 1Z4,
UCF - CDA - 6938
A Parallel Implementation of MSER detectionGPGPU Final Project Lin CaoReviewInvariant to affine transformation, such as rotation, translation, and scale change; Denotes a set of stable connected components that are detected in gray scale image;
UCF - CDA - 6938
DirectX 10 Ray TracingTad LitwillerBackgroundTechnique for image generation that traces the path of light through pixels of an image plane Produces very realistic images, does well with reflection, refraction, accurate shadows, etc. Computa
Carnegie Mellon - CS - 17811
Carnegie Mellon - CS - 17811
Alabama - CS - 325
CS 325: Software Development and Systems Prerequisites: Successful completion of CS 124 or CBH 102 with a grade of C or better. Catalog Description: Software Development and Systems. (3-0) Three Hours. Object-oriented programming in C+ using both Wi
Carnegie Mellon - CS - 17811
"Self-Healing": Softening Precision to Avoid BrittlenessPosition paper for WOSS '02: Workshop on Self-Healing Systems Mary ShawInstitute for Software Research, International School of Computer Science Carnegie Mellon University +1-412-268-2589 http
Alabama - CS - 325
CS 325 ~ Spring 2007 Monday Tuesday1/10 School Starts 1/15 1/16 Lecture 2 Introduction to UNIX 1/23 Lecture 4 Command line args Programs and processes 1/30 Lecture 6 More client/server 2/6 EXAM ONE 1/24 1/17 Last Day to AddWednesday1/11Thursday
Alabama - CS - 325
CS 325 Exam Three Spring 2007 Name: _ Short Answer: 1. The three basic types of buttons that we examined in MFC are: Cbutton (clickable button), Radio buttons, Checkbox buttons 2. Explain why the programs we dev
Alabama - CS - 325
Lecture 02 Tuesday, January 16TodayUnix basics We're going to throw a lot of information at you today You need to make sure you understand the basicsAnnouncementsHomework #2 due Thursday at 9amLots of operating systemsPart 1: User Friendly?
JMU - SMAD - 307
COLOR TOOLS CHAPTER 3* (Copy chap_03 files to HD)* Selecting Colors in the Mixer- File > Open: mixer.fla - Toolbox: Arrow Tool (Select the red square ) - Color Mixer: Select the "Fill Color" box- Click & drag in the "Color Bar" area- Arrow T
Alabama - CS - 325
Lecture 07 Thursday, February 8TodayReview the Exam Project ThreeAssignmentsHomework #7 i d next T H k is due t Tuesday at 9 d t 9am Project #3 is due Monday, February 19 at 9pmAnonymous Survey #11. 2. 3. 4. 5. 6. 7.Describe the first exam
JMU - SMAD - 307
REC-CSS2-19980512Cascading Style Sheets, level 2 CSS2 SpecificationW3C Recommendation 12-May-1998 This version: http:/www.w3.org/TR/1998/REC-CSS2-19980512 Latest version: http:/www.w3.org/TR/REC-CSS2 Previous version: http:/www.w3.org/TR/1998/PR-C
JMU - SMAD - 307
HTML 4.01 SpecificationHTML 4.01 SpecificationW3C Recommendation 24 December 1999This version: http:/www.w3.org/TR/1999/REC-html401-19991224 (plain text [794Kb], gzip'ed tar archive of HTML files [371Kb], a .zip archive of HTML files [405Kb], gzi
Alabama - CS - 325
Lecture 13 Tuesday, March 20TodayStart looking at MFC programming 3 examples trivial to advanced Will learn all the details over the next few weeksAnnouncementsProject Five is assigned ThursdayWindows ProgrammingBreak free from the DOS win
Alabama - CS - 325
Lecture 14 Thursday, March 22TodayBasic MFC Controls Project FiveAnnouncementsProject Five is due Monday, A il 2 at 9 P j t Fi i d M d April t 9pmA couple of commentsFirst few MFC programs will use as few a components as possibleNo "resource
JMU - SMAD - 307
Cascading Style SheetsWritten by: Steven D. Anderson, Ph.D.ResourcesWestCIV Complete Style Guide: http:/www.westciv.com/style_master/academy/css_tutorial/index.html Tizag.com: http:/www.tizag.com/cssT Tizag.com CSS Reference: http:/www.tizag.com/
JMU - SMAD - 307
Creating a favicon.icoWritten by: Steven D. Anderson, Ph.D.BackgroundA Favicon is a small (16 X 16) image that appears next to the URL in the address bar of web browsers. The favicon doesn't seem to be supported by all browsers on all platforms,
Alabama - CS - 325
Lecture 21 Tuesday, April 17TodayCursors Keyboard input Status barsAnnouncementsExam Th E Three is next Tuesday ( i tT d (covers MFC) Project seven intermediate deliverable is due next Thursday, April 26, at 9pm Project seven is due at 9pm on Mo