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Showing below up to 250 results in range #1 to #250.
- (hist) CD Player Exlanation [0 bytes]
- (hist) Signals and systems/GF Fourier [0 bytes]
- (hist) Fourier Transform [0 bytes]
- (hist) Mark's Homework [0 bytes]
- (hist) Something interesting from class - HW [0 bytes]
- (hist) Fall 2009/ben henry [0 bytes]
- (hist) Coupled Double Pendulum Oscillator [0 bytes]
- (hist) Electronics 1 [0 bytes]
- (hist) Not for Class [0 bytes]
- (hist) A skeleton program to get data from Jack Audio Connection Kit [0 bytes]
- (hist) Hw6 [1 byte]
- (hist) Noel, Michael [2 bytes]
- (hist) The Fast Flipping Fourier Series [13 bytes]
- (hist) John Hawkins [18 bytes]
- (hist) Generalized Receiver [20 bytes]
- (hist) 10 - Quadrature sampling [22 bytes]
- (hist) Generalized Transmitter [22 bytes]
- (hist) Linear Time Invariant Overview [23 bytes]
- (hist) 2006-2007 Assignments [31 bytes]
- (hist) Usertalk:rothsa [32 bytes]
- (hist) ASN7 [35 bytes]
- (hist) ASN7- Suppose sampled only half [35 bytes]
- (hist) ASN10 [35 bytes]
- (hist) ASN1- Create Wiki and evaluate integral [36 bytes]
- (hist) ASN6a,b [36 bytes]
- (hist) Solving Series RLC Circuit Using Laplace Transforms [37 bytes]
- (hist) Aric Vyhmeister [38 bytes]
- (hist) Banton, Alex [39 bytes]
- (hist) Greg Fong [40 bytes]
- (hist) Multirate Filtering [50 bytes]
- (hist) Fourier Series: Basic Results [55 bytes]
- (hist) Wooley, Andy [60 bytes]
- (hist) 5 - Review Fourier Transform [61 bytes]
- (hist) ASN5 - Value at origin [65 bytes]
- (hist) Parallel RLC circuits: Laplace Transform Method [68 bytes]
- (hist) Cody Lorenz [68 bytes]
- (hist) Homeworkk [69 bytes]
- (hist) Jaymin, Joseph [70 bytes]
- (hist) HW 4 [70 bytes]
- (hist) Lab7 [71 bytes]
- (hist) HW 5 [71 bytes]
- (hist) Conference attendance [72 bytes]
- (hist) Hw15 [73 bytes]
- (hist) FrTm [75 bytes]
- (hist) HW14 What I Fixed [77 bytes]
- (hist) Jimmy Apablaza [78 bytes]
- (hist) Stringer, Robert [84 bytes]
- (hist) Link to notes [84 bytes]
- (hist) Starr, Tyler [86 bytes]
- (hist) ASN5 - Review a classmate's Asng4 [91 bytes]
- (hist) Homeworkkk [93 bytes]
- (hist) Stirn, Jed [94 bytes]
- (hist) Bryson, David [94 bytes]
- (hist) Bidwell, Kelvin [94 bytes]
- (hist) Denver Lodge [96 bytes]
- (hist) Martinez, Jonathan [97 bytes]
- (hist) Zimmerly, Brian [98 bytes]
- (hist) ASN4 - Parseval's Theorem [99 bytes]
- (hist) Nick SSB [100 bytes]
- (hist) Colls, David [101 bytes]
- (hist) Electrostatics [103 bytes]
- (hist) Hw11 [104 bytes]
- (hist) Patrick Carmen Tech Thriller [105 bytes]
- (hist) Grant, Joshua [110 bytes]
- (hist) 2009-2010 Assignments [112 bytes]
- (hist) HW16 Application [124 bytes]
- (hist) Trent Fleming [124 bytes]
- (hist) Travis.DeFluiter [124 bytes]
- (hist) Gratias, Ryan [126 bytes]
- (hist) Blaire, Matthew [126 bytes]
- (hist) Orthonormal set [131 bytes]
- (hist) Here is further clarification on this property [132 bytes]
- (hist) Electromechanical Energy Conversion Applications [132 bytes]
- (hist) Cruz, Jorge [133 bytes]
- (hist) Fullerton, Colby [134 bytes]
- (hist) Private Pages [138 bytes]
- (hist) Chris' Page for HW 14 (Fixing Errors) [142 bytes]
- (hist) Sigma Delta A/D Converter by harrde [143 bytes]
- (hist) AdaptiveFIRJEW [144 bytes]
- (hist) Vazquez, Brandon [146 bytes]
- (hist) HW6 [150 bytes]
- (hist) HW 6 [150 bytes]
- (hist) Wooley, Thomas [151 bytes]
- (hist) Points for reviews [154 bytes]
- (hist) Eric Clay [156 bytes]
- (hist) Kevin Starkey EMEC [161 bytes]
- (hist) Alex Roddy [162 bytes]
- (hist) Vier, Michael [164 bytes]
- (hist) Kara Moon [165 bytes]
- (hist) ASN1 - Create Wiki Home Page [168 bytes]
- (hist) ASN8 - Make a page about interpolating FIR filters. Note how many multiply/add operations [168 bytes]
- (hist) ASN9 - Add to [168 bytes]
- (hist) ASN10 - Use Octave (or Mathlab or Silab) to plot the frequency response of low pass filters with cut off frequencies of 1/32T, 1/8T, and 1/4T and compare how many coeffficients are needed with an eye to answer the question [168 bytes]
- (hist) ASN11 - Is our method the same as Mark Flower's? See Wiki. Same [168 bytes]
- (hist) An octave/MATLAB u(t) function example [171 bytes]
- (hist) Brian Clark [171 bytes]
- (hist) Power Electronics:HW [173 bytes]
- (hist) Conference Deadlines [174 bytes]
- (hist) EMEC [181 bytes]
- (hist) ASN1 [185 bytes]
- (hist) ASN14 - Idea for an adaptive FIR filter [185 bytes]
- (hist) Tobias [185 bytes]
- (hist) Tim Van Arsdale [191 bytes]
- (hist) Decimating FIR filters [191 bytes]
- (hist) Matthew Blaire [193 bytes]
- (hist) Fringing [197 bytes]
- (hist) Kyle Lafferty [198 bytes]
- (hist) HW 1 [201 bytes]
- (hist) David's Octave Assignment [207 bytes]
- (hist) Class Notes [209 bytes]
- (hist) Homework Ten [221 bytes]
- (hist) SandBox [221 bytes]
- (hist) Thermo Project Information [223 bytes]
- (hist) Michael.Swan [228 bytes]
- (hist) ASN1 - Create Wiki and evaluate integral [230 bytes]
- (hist) Alex's Octave Assignment [238 bytes]
- (hist) ProblemCh14-22 [240 bytes]
- (hist) Morgan, David [241 bytes]
- (hist) Brian.Clark [241 bytes]
- (hist) Electronics - Greg [245 bytes]
- (hist) Hw13 [250 bytes]
- (hist) Luke Chilson [269 bytes]
- (hist) Chris' Page for HW 8 (sampling) [273 bytes]
- (hist) Brian Lenz [273 bytes]
- (hist) An octave/MATLAB script to show the relation [273 bytes]
- (hist) Erik Biesenthal [275 bytes]
- (hist) Nick ENGR431 [279 bytes]
- (hist) Roth, Andrew [280 bytes]
- (hist) Quiz 6.2 [280 bytes]
- (hist) Hildebrand, Kurt [287 bytes]
- (hist) Shepherd,Victor [292 bytes]
- (hist) Enegy in a signal [296 bytes]
- (hist) Homework Five [297 bytes]
- (hist) Power Electronics HW5 [298 bytes]
- (hist) Laplace transforms: Double pendulum [299 bytes]
- (hist) Kirk Betz [303 bytes]
- (hist) Nick ENGR455 [306 bytes]
- (hist) Hw12 [306 bytes]
- (hist) ASN13 - Derive DFT relations [309 bytes]
- (hist) Homework One [311 bytes]
- (hist) Vintage Radio Retrofit [311 bytes]
- (hist) Wiki Errors by harrde [315 bytes]
- (hist) Jed's Octave Assignment [324 bytes]
- (hist) Reading from Chapter 7 [331 bytes]
- (hist) Hw10 [331 bytes]
- (hist) ASN3 - Show graphically that the exponential funtion shifted equals to the delta function shifted [335 bytes]
- (hist) HW 04 [344 bytes]
- (hist) Digital Logic [344 bytes]
- (hist) Lau, Chris [345 bytes]
- (hist) ASN3 - Class Notes October 5: The Game [347 bytes]
- (hist) Laplace transforms: Circuit [358 bytes]
- (hist) Tim Rasmussen [358 bytes]
- (hist) Versatile ATMega328 Control Board [360 bytes]
- (hist) Amy Crosby [363 bytes]
- (hist) Key Facts from Book [365 bytes]
- (hist) Martinez's Octave Assignment [373 bytes]
- (hist) HW 9 [378 bytes]
- (hist) More pictures [378 bytes]
- (hist) Aaron's Octave Assignment [385 bytes]
- (hist) Current events [386 bytes]
- (hist) Alexander.Beckner [395 bytes]
- (hist) ASN12 - Determine resolution using cross correlation [412 bytes]
- (hist) Andrew Bylard [420 bytes]
- (hist) Delta function [424 bytes]
- (hist) Corneliu Turturica [429 bytes]
- (hist) Michael Noel HW [430 bytes]
- (hist) Class Roster [442 bytes]
- (hist) HW15 D/A Converter Compensation [444 bytes]
- (hist) Andy's Octave Assignment [448 bytes]
- (hist) Benjamin Maloon [449 bytes]
- (hist) Chris' Page for HW [459 bytes]
- (hist) Installing Octave on Mac [468 bytes]
- (hist) Kelvin's Octave Assignment [475 bytes]
- (hist) Complex conjugate [479 bytes]
- (hist) Brian Haddad [483 bytes]
- (hist) Hawkins, John [489 bytes]
- (hist) Hw14 [491 bytes]
- (hist) Hw3 [492 bytes]
- (hist) Colls Octave Assignment [494 bytes]
- (hist) Hw9 [500 bytes]
- (hist) 2008-2009 Assignments [501 bytes]
- (hist) Christopher Garrison Lau I [505 bytes]
- (hist) Qucs Simulations [509 bytes]
- (hist) Matthew's Octave Assignment [510 bytes]
- (hist) ASN6c - Fourier Transform property: Value at origin [514 bytes]
- (hist) ASN6c fixing [519 bytes]
- (hist) READ THIS FIRST [525 bytes]
- (hist) 24/09/07 Notes [533 bytes]
- (hist) Sarris [533 bytes]
- (hist) HW2 [533 bytes]
- (hist) Building Tips [535 bytes]
- (hist) Octave [536 bytes]
- (hist) Inner product [541 bytes]
- (hist) Electronics Score Pages [552 bytes]
- (hist) ASN2 - Download Octave & Brief on Download/Use [552 bytes]
- (hist) Brian's Octave Assignment [555 bytes]
- (hist) Hw8 [558 bytes]
- (hist) Homework Two [569 bytes]
- (hist) Dell mini 9 Hackintosh Upgrade & Expansion [574 bytes]
- (hist) 2 - What I've learned so far [593 bytes]
- (hist) Chapter 2 problems [597 bytes]
- (hist) ASN10 - Quadrature sampling demonstration [610 bytes]
- (hist) Main Page [611 bytes]
- (hist) Multiple dimensional vectors [615 bytes]
- (hist) Joshua Sarris [638 bytes]
- (hist) HW13 DFT/Sampling Assignment [656 bytes]
- (hist) ASN9 - Decimating filter [656 bytes]
- (hist) This octave/MATLAB script shows the effect of not sampling fast enough. [656 bytes]
- (hist) Points [659 bytes]
- (hist) Fourier Series Assignment [661 bytes]
- (hist) Tips for Installing Octave [665 bytes]
- (hist) ASN8 - How does a CD player work [672 bytes]
- (hist) Martinez's Fourier Assignment [683 bytes]
- (hist) Ben Henry [686 bytes]
- (hist) Voltage Step-Down Transformer [700 bytes]
- (hist) More about Sampling [702 bytes]
- (hist) A little about Sampling [707 bytes]
- (hist) David Morgan's Octave Assignment [711 bytes]
- (hist) Using the DFT [725 bytes]
- (hist) Tyler Anderson [728 bytes]
- (hist) An example showing how convolution is just a dot product [729 bytes]
- (hist) Table of Fourier Transform Properties [730 bytes]
- (hist) An octave/MATLAB script to show the Fourier series of a string of impulse functions [734 bytes]
- (hist) Brian.Lenz [742 bytes]
- (hist) Ideal vs. Nonideal Op Amps [745 bytes]
- (hist) Aliasing [750 bytes]
- (hist) Josh DSB [752 bytes]
- (hist) Matlab or Octave Script for this problem. [765 bytes]
- (hist) Kurt's Octave Assignment [772 bytes]
- (hist) Andrew's Octave Assignment [785 bytes]
- (hist) The Game [791 bytes]
- (hist) 4 - Fourier Transform [800 bytes]
- (hist) Robert's Octave Assignment [800 bytes]
- (hist) Octave and Scilab on a Mac [800 bytes]
- (hist) ASN11 - Leakage demonstration in Octave [813 bytes]
- (hist) Magnetic Circuit Matlab Script [814 bytes]
- (hist) Dirichlet Conditions [815 bytes]
- (hist) ASN4 - Fourier Transform property: Parseval's Theorem [820 bytes]
- (hist) FFT Example [825 bytes]
- (hist) Feedback and Control Systems [833 bytes]
- (hist) Reference terms and Units [835 bytes]
- (hist) ASN11 - Our method versus Mark Flower's [847 bytes]
- (hist) The Fourier Transforms [851 bytes]
- (hist) Wesley Brown [865 bytes]
- (hist) Fourier Example [898 bytes]
- (hist) Electronics [904 bytes]
- (hist) Example: Ampere's Law [906 bytes]
- (hist) An octave/MATLAB RC circuit example with Fourier series [906 bytes]
- (hist) Score Pages [910 bytes]
- (hist) Interpolation using the DFT Example Script [925 bytes]