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:
North-West Uni. - SOZ - 463
SERKAN OZDEMIRResearch InterestsNorthwestern University Dept. of EECS 2145 Sheridan Road Evanston, IL 60208Voice: (847) 323-2717 Fax: (847) 467-4144 http:/www.ece.northwestern.edu/~soz463 s-ozdemir@northwestern.eduEffects of Technology Scaling
Oakland University - EE - 348
Fundamentals of Electromagnetic Fields and Waves: IFall 2007, EE 30348, Electrical Engineering, University of Notre DameMid Term Exam Please show your steps clearly and sketch gures wherever necessary. Points will be awarded for correct steps
Rutgers - CS - 529
Solution for CS 529 Homework 3 Jihui Zhao Question 5.13 (a) We represent each rectangle s S using four values: (x1 , x2 , x3 , x4 ) where x1 = min{x|(x, y ) s}, x2 = max{x|(x, y ) s}, x3 = min{y |(x, y ) s} and, x4 = max{y |(x, y ) s}. In other
Rutgers - CS - 529
Observation: Query time for a given point is proportional to the length of path followed during the query
Boise State - ECE - 472
ECE472DESIGN PROJECTDUE: MONDAY, DECEMBER 10, 2007Problem Statement: Design a switch-mode power supply (SMPS) with the following specications: 1. Input voltage range: 5 Vi 9 V. 2. Output voltage: 12 V 1 %. 3. Output power range: 5 Po 20 W.
Purdue - CHM - 481
HFCs and Their Final Fate HFCsBecky Otter Chemistry 481 February 3, 2005What are HFCs? WhatHFCs or HFCs hydrofluorocarbons are made of H,F, & C made They are used as They replacements for chlorofluorocarbons (CFCs) and hydrochlorofluorocarbo
Boise State - ECE - 470
ECE470EXAM #4SPRING 2009Instructions: 1. Closed-book, closed-notes, open-mind exam. 2. Work each problem on the exam booklet in the space provided. 3. Write neatly and clearly for partial credit. Cross out any material you do not want graded.
Boise State - ECE - 470
ECE470PRACTICE EXAM #5SPRING 2009Instructions: 1. Closed-book, closed-notes, open-mind exam. 2. Work each problem on the exam booklet in the space provided. 3. Write neatly and clearly for partial credit. Cross out any material you do not want
Boise State - ECE - 225
ECE225HOMEWORK #8 SOLUTIONSSPRING 2009Problem 8.1 (a) G = 1000 = G = 20 log10 103 = 60 log10 10 = 60 dB G = 0.01 = G = 20 log10 102 = 40 log10 10 = G = 6 = G = 20 log 6 15.6 dB =10 40 dB 3.01dB1 G= = G = 20 log10 2(1/2) = 10 log10 2 =
Bowling Green - CSC - 4210
Chapter 9 Pipeline and Vector Processing Section 9.1 Parallel Processing A parallel processing system is able to perform concurrent data processing to achieve faster execution time The system may have two or more ALUs and be able to execute
MO St. Louis - DRC - 253
Physics 2112 LaboratoryLab Instructor: David Coss Email: drc253@umsl.edu Office: 237 Benton Hall Overview: Physics 2111 Lab is located in 336 Benton Hall. Attendance is mandatory. Lab reports from people who did not attend the lab will not be graded
Duke - ECE - 227
ECE227/PHY272 Quantum Information ScienceHomework #4 Due in Class 3/20/2009 1. Bloch Sphere for Mixed States Pure states of a single qubit is represented as a unit vector on the Bloch sphere. The generalization of the single qubit state to a mixed s
Duke - ECE - 299
Introduction Administrative aspect of the class Optics and Photonics Examples of Photonics in our livesJungsang Kim Fall 2008ECE 299.03/BME265.05/PHY265 Advanced Optics ECE @ Duke UniversityLogistics of the Class Instructor: Jungsang Kim F
Duke - ECE - 299
Fundamentals of Optical CommunicationsJungsang KimECE Department Fitzpatrick Center Duke University jungsang@ee.duke.eduElectrical and Computer EngineeringOutline Introduction to Optical Communications Economics of Optical Communication Opt
Duke - ECE - 299
Examples of Optical Detectors Most of these detector examples are from textbook Saleh & Teich, Fundamentals of Photonics, 2nd Ed. Goal is to briefly review the types of photoelectric detectors, not to discuss the working principles in detailJungs
Duke - ECE - 299
ECE299.03/BME265.05/PHY265 Advanced Optics Fall 2008Homework #2 Revised 9/23/08 Due in Class on 9/25/2008 Instructor: Jungsang Kim1. In class, we derived the propagation kernel of the free space in Fourier domain under Fresnel approximation:2 2
Duke - ECE - 227
ECE 227/PHY272 Quantum Information ScienceHomework #1 Due in Class 1/23/2009 1. Pauli Matrices are four 2x2 matrices that act on two dimensional Hilbert space, and are extremely important for describing operations on single (and multiple) qubits. Th
Duke - ECE - 227
Outline1. Issues in Practical Quantum Computation 2. Fault-tolerance and Architectural Considerations 3. Systems Approach to Scalable Quantum Computation 4. Open Questions and OutlookJungsang Kim Spring 2009Quantum Information Science ECE @ Duke
Duke - ECE - 227
ECE 227/PHY272 Quantum Information ScienceHomework #2 Due in Class 2/11/2009 1. Bell States are maximally entangled states of two particles. Using two basis states 0 and 1 , one of the Bell states reads = 0 1 0 2 + 1 1 1 (a) Express the Bell state
Duke - ECE - 227
Distance Measures for Quantum Information1. FidelityJungsang Kim Spring 2009Quantum Information Science ECE @ Duke UniversityClassical Definition of Fidelity Fidelity for two probability distributions {px} and {qx} is defined byF ( px , qx )
Duke - ECE - 227
ECE 227/Phy 272 Quantum Information ScienceHomework #6 Due in Class 4/17/2009 1. Properties of Dual Code Let C be a linear code. Show that if x C then x y x y yC ( 1) = C , while if x C then yC ( 1) = 0 . Check this explicitly for Steane code,
Duke - ECE - 227
Quantum Cryptography1. 2. 3. 4. 5. Introduction to Quantum Cryptography Quantum Key Distribution: BB84 Protocol Experimental Quantum Cryptography QKD using Entanglement Security of Quantum CryptographyJungsang Kim Spring 2009Quantum Information
Duke - ECE - 227
Stabilizer Formalism1. 2. 3. 4. Simple Summary of Group Theory Stabilizers and their Properties Unitary Evolution and State Measurement Application to Quantum Error Correction and State PreparationJungsang Kim Spring 2009Quantum Information Scie
Duke - ECE - 227
Quantum Noise and Quantum Operations1. 2. 3. 4. Classical Noise and Markov Process Quantum Operations Operator-sum representation Examples of Quantum NoiseJungsang Kim Spring 2009Quantum Information Science ECE @ Duke UniversityClassical Noise
Duke - ECE - 227
Quantum Fourier Transform1. 2. 3. 4. 5. Quantum Algorithms: Deutsch-Jozsa Algorithm Quantum Fourier Transform Quantum Phase Estimation Order Finding and Factoring Other Applications & Hidden Subgroup ProblemJungsang Kim Spring 2009Quantum Inform
Duke - ECE - 227
Universal Quantum GatesECE227/PHY272 Quantum Information Science In Class Exercise, 1/30/2007 Instructor: Jungsang Kim 1. Two-level unitary gates are universal We will start with a unitary 3x3 matrix U given by a d g U = b e h , c f j and fin
Duke - ECE - 227
Fault Tolerant Quantum Computation1. Fault Tolerance 2. Concatenation of Codes 3. Fault Tolerant Quantum Logic: Universal Quantum Gates 4. Fault Tolerant MeasurementJungsang Kim Spring 2009Quantum Information Science ECE @ Duke UniversityFault
Duke - ECE - 227
Introduction1. 2. 3. 4. 5. Administrative aspect of the class Information and Quantum Physics Why Quantum Information Science? Practicality of Quantum Information Science Structure of the courseJungsang Kim Spring 2009Quantum Information Science
Duke - ECE - 227
Quantum Search Algorithm1. The Oracle 2. Quantum Search Algorithm 3. Geometric VisualizationJungsang Kim Spring 2009Quantum Information Science ECE @ Duke UniversityQuantum Search and the Oracle Problem Statement We search through a searc
Duke - ECE - 227
ECE227/PHY272 Quantum Information ScienceHomework #5 Due in Class 4/3/2009 In the first few problems, we will explore a strong and weak measurement using quantum measurement and quantum operator formalism. We consider a qubit state = 0 + 1 . We c
Duke - ECE - 227
Review of Quantum Mechanics1. 2. 3. 4. 5. 6. Linear Algebra Postulates of Quantum Mechanics Some Simple Applications The Density Operator The Schmidt Decomposition and Purifications EPR and Bell InequalityJungsang Kim Spring 2009Quantum Informat
Duke - ECE - 227
ECE227/PHY272 Quantum Information ScienceHomework #3 Due in Class 2/25/2009 1. Unitarity of Quantum Fourier Transform Give a direct proof that the linear transformation that defines the quantum Fourier transformj1 Ne k =0N 12 ijk Nkis
Duke - ECE - 227
Quantum Error Correction1. 2. 3. 4. 5. Three Qubit Bit Flip and Phase Flip Codes The Shor Code Theory of Quantum Error Correction Calderbank-Shor-Steane (CSS) Codes Quantum Circuit for Encoding, Decoding and CorrectionJungsang Kim Spring 2009Qua
Duke - ECE - 227
Introduction to Computer Science1. 2. 3. 4. Turing Machine Model of Computation Circuit Model of Computation Resources in Computational Problems Energy and Reversibility in ComputationJungsang Kim Spring 2009Quantum Information Science ECE @ Duk
Duke - ECE - 227
Classical Error-Correcting Codes1. 2. 3. 4. 5. Redundancy and Error Correction Triple Modular Redundancy (TMR) Linear Codes Hamming Code The Dual CodeJungsang Kim Spring 2009Quantum Information Science ECE @ Duke UniversityRedundancy and Error
Duke - ECE - 227
Quantum Circuits1. 2. 3. 4. 5. Single Qubit Operations Controlled Operations Quantum Measurements Universal Quantum Gates Simulation of Quantum SystemsJungsang Kim Spring 2009Quantum Information Science ECE @ Duke UniversitySingle Qubit Operat
Boise State - CS - 354
Computer Science 354Programming Languages3 semester credits Spring 2007 TTh 9:15-10:30 in MEC 307PrerequisitesCS 225, Introduction to Computer Science II, or permission of instructor. Students entering this course are expected to possess a mode
Boise State - CS - 354
%!PS-Adobe-2.0 %Creator: dvips(k) 5.95a Copyright 2005 Radical Eye Software %Title: handout.dvi %Pages: 2 %PageOrder: Ascend %BoundingBox: 0 0 595 842 %DocumentFonts: CMBX10 CMBX12 CMR10 CMTI10 CMTT10 CMSY10 %DocumentPaperSizes: a4 %EndComments %DVIP
UCSB - ECE - 228
University of California, Santa Barbara Department of ECEWinter 2008ECE228B Fiber Optic Components and Systems Homework #1Problem 1: Consider a semiconductor material exposed to an impulse of light at t=0 that generates N electron-hole pairs bet
Middlebury - ENGL - 0215
Jessica Clayton May 16, 2006 Natures Meanings Professor Don Mitchell Final ExamHonor Code: I have neither given nor received any unauthorized aid on this exam:Part I1) The Wilderness World of John Muir Edited by Edwin Teale 2) Letters- Crevecoeur
Stanford - ENERGY - 281
Jim Lambers ENERGY 281 Spring Quarter 2007-08 Lecture 3 Notes These notes are based on Rosalind Archers PE281 lecture notes, with some revisions by Jim Lambers.1IntroductionThe Fourier transform is an integral transform. When viewed in the cont
University of Texas - ISCHOOL - 34389
License granted by Amy Armstrong (aearmst@ischool.utexas.edu) on 2008-04-11T19:05:17Z (GMT):The submitter grants to the repository all rights required to carry out preservation activities pursuant to prior agreement between donor and repository.
University of Texas - ISCHOOL - 3221
License granted by Amy Baker (amy.e.baker@gmail.com) on 2005-05-11T20:29:39Z (GMT):NOTE: PLACE YOUR OWN LICENSE HEREThis sample license is provided for informational purposes only.NON-EXCLUSIVE DISTRIBUTION LICENSEBy signing and submitting thi
Stanford - PUBS - 6500
SLACPUB6597 August 1994 (E) A Measurement of Quark and Gluon Jet Dierences at the Z 0 Resonance THE SLD COLLABORATION represented by Yoshihito Iwasaki Department of Physics, Tohoku University Sendai, 980-77, JapanPresented at the Meeting of the Ame
Stanford - PUBS - 13000
April 2008BABAR-PUB-08/011 SLAC-PUB-13197 arXiv:0804.2422 [hep-ex]Observation of B + + and search for B 0 Decays to , 0 , 0 , and 0B. Aubert,1 M. Bona,1 Y. Karyotakis,1 J. P. Lees,1 V. Poireau,1 E. Prencipe,1 X. Prudent,1 V. Tisserand,1 J
Stanford - PUBS - 7500
Properties of Z 0 ! b Events bgN. Oishi Nagoya University Chikusa-ku, Nagoya 464 Japan Representing The SLD Collaboration Stanford Linear Accelerator Center Stanford University, Stanford, CA94309SLAC PUB 7522 May 1997AbstractWe present studies
Stanford - PUBS - 8500
SLAC PUB 8687 August 2000Production of , K, p and p in Quark, Antiquark and Gluon JetsHyejoo Kang Rutgers University, Piscataway, NJ 08854 Stanford Linear Accelerator Center, Stanford University, Stanford, CA 94309AbstractWe present measuremen
Washington - PHYS - 2278
HW XIn[117]:= In[118]:= Out[118]= VectorAnalysis`SetCoordinates Cartesian x, y, z V x ^ 2, y ^ 2, z ^ 2 x 2 , y 2 , z 2 Cartesian x, y, z Ex 6.7:5In[119]:= Out[119]=Take the Div and the CurlIn[120]:= Out[120]=Div V 2x2y2zandIn[12
Washington - ENGLISH - 281
The Atmospheric Boundary Layer Alex K Chen English 281 0534813 The earth, where humans and other living organisms survive and thrive, is surrounded with a unique atmosphere that makes life possible and secure. It is composed of five layers, the lowes
Western Kentucky University - CS - 543
CS 543 Computer Information Systems Design Spring 2008Instructor: Office: Office Hours: Phone: Email: Text: Dr. Huanjing Wang TCCW 112 MWF 8:00-9:00, 10:10-11:30, other times by e_mail appointment 270-745-2672 huanjing.wang@wku.edu Database Manageme
Western Kentucky University - CS - 543
CS 543: Computer Information Systems DesignIntroduction Dr. Huanjing WangJanuary 23, 2008 CS 543 Lecture 1 1Outline Get to know each other Course information Syllabus DB foundationsJanuary 23, 2008CS 543 Lecture 12Myself Huanjing Wan
Western Kentucky University - CS - 543
CS 543: Computer Information Systems DesignOverview of Storage and IndexingDr. Huanjing WangSlides Courtesy of R. Ramakrishnan and J. Gehrke1Motivation DBMS stores vast quantities of data Data is stored on external storage devices and fetche
Western Kentucky University - CS - 543
CS 543: Computer Information Systems DesignStoring Data: Disks and Files Chapter 9Dr. Huanjing WangSlides Courtesy of R. Ramakrishnan and J. Gehrke1Disks and Files DBMS stores information on (hard) disks. This has major implications for DBMS
Western Kentucky University - CS - 543
CS 543: Computer Information Systems DesignTree-Structured Indexing Chapter 10Dr. Huanjing WangSlides Courtesy of R. Ramakrishnan and J. Gehrke1Introduction As for any index, 3 alternatives for data entries k*: Data record with key value k <
Western Kentucky University - CS - 543
CS 543: Computer Information Systems DesignHash-based Indexing Chapter 11Dr. Huanjing WangSlides Courtesy of R. Ramakrishnan and J. Gehrke1Introduction As for any index, 3 alternatives for data entries k*: Data record with key value k <k, ri