We aren't endorsed by this school

EE 5302 - UT Arlington Study Resources
  • 4 Pages Practice_hw1
    Practice_hw1

    School: UT Arlington

    Practice Homework # 1 2.32 The combination to a lock is given by three numbers from the set {0, 1, 2,., 59}. Find the number of combinations possible. 2.33 A six-sided die is tossed, a coin is flipped, and a card is selected at random from a deck of

  • 7 Pages Classnotes_number7
    Classnotes_number7

    School: UT Arlington

    Class Notes 7 EE5302 ENTROPY Entropy is a measure of the uncertainty in a random experiment. The Entropy of a Random Variable Let X be a discrete random variable with to one, and it is high if the probability of Let the uncertainty of the event be Ak = cf

  • 2 Pages Homework2
    Homework2

    School: UT Arlington

    HW # 2 EE 5302 Question 1. An intercom system master station provides music to six hospital rooms. The probability that any one room will be switched on and draw power at any time is 0.4. When ON, a room draws 0.5 W. (a) Find and plot the density and

  • 11 Pages Test_1Fall08_sol
    Test_1Fall08_sol

    School: UT Arlington

    Name: ID: The University of Texas at Arlington Department of Electrical Engineering EE5302 Random Signals and Noise Fall 2008 Instructor: Dr. Venkat Devarajan Test 1 October 1, 2008 9 AM 10:30 AM Notes: This is a closed book, closed notes exam. Y

  • 2 Pages Practice_hw3
    Practice_hw3

    School: UT Arlington

    EE5302 Practice Homework 3 Question 1: Let the random variable X have a Laplacian pdf |x| f X ( x) = e 2 where > 0, - < x < . Suppose that X is input into the eight-level uniform quantizer of Example 4.27 Find the pmf of the quantizer output l

  • 5 Pages sol1
    Sol1

    School: UT Arlington

  • 7 Pages Sol11
    Sol11

    School: UT Arlington

  • 2 Pages Homework3
    Homework3

    School: UT Arlington

    EE5302 Homework 3 Question 1. Plot the CDF for Y= g(x) and explain the reasoning behind it for the following Figure1. (Slope of the two ramps is 45 degree) Figure 1: Question 2. A particle leaves the origin under the influence of the force of gravit

  • 2 Pages formula
    Formula

    School: UT Arlington

    1 Reference Formula for EE5302 1. Binomial Random Variable: k SX = {0, 1, 2, , n}; pk = Cn pk (1 p)nk , k = 0, 1, 2 , n; E[X] = np, V AR[X] = np(1 p). 2. Geometric Random Variable (First Version): SX = {0, 1, 2, , }; pk = p(1 p)k , k = 0

  • 12 Pages classnotes_number14
    Classnotes_number14

    School: UT Arlington

    CLASS 14 EE5302 Cyclostationary Random Processes Many random processes arise from the repetition of a given procedure every T seconds. For example, a data modulator (modem) produces a waveform every T seconds according to some input data sequence. In anot

Back to course listings