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Showing below up to 100 results in range #51 to #150.
- Complex conjugate (1 revision)
- ASN8 - Make a page about interpolating FIR filters. Note how many multiply/add operations (1 revision)
- ASN9 - Add to (1 revision)
- 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 (1 revision)
- ASN11 - Is our method the same as Mark Flower's? See Wiki. Same (1 revision)
- David Morgan's Fourier Series assignment (1 revision)
- Alex Haesche (1 revision)
- Fringing (1 revision)
- Derivative Operator Picture Code (1 revision)
- 4 - Fourier Transform (1 revision)
- Robert's Octave Assignment (1 revision)
- Homework Ten (1 revision)
- Thermo Project Information (1 revision)
- Sarris (1 revision)
- Alex's Octave Assignment (1 revision)
- Morgan, David (1 revision)
- Colby's Asgn (1 revision)
- Morse.m This is the one from mathworks (1 revision)
- Chris' Page for HW 8 (sampling) (1 revision)
- Brian Lenz (1 revision)
- An octave/MATLAB script to show the relation (1 revision)
- Chris' Page for HW (1 revision)
- Fourier Series Assignment (1 revision)
- SawToothFourier (1 revision)
- Enegy in a signal (1 revision)
- Tips for Installing Octave (1 revision)
- Power Electronics HW5 (1 revision)
- Voltage Step-Down Transformer (1 revision)
- Key Facts from Book (1 revision)
- Reading from Chapter 7 (1 revision)
- Leakage Example Octave Script (1 revision)
- Building Tips (1 revision)
- Laplace transforms:Parallel RLC Circuit (1 revision)
- Laplace transforms: Circuit (1 revision)
- Installing Octave (with the GUI) from source on Ubuntu (2 revisions)
- Rayleigh's Theorem (2 revisions)
- Fourier Transform (2 revisions)
- Mark's Article on Aliasing (2 revisions)
- Fall 2009/ben henry (2 revisions)
- Coupled Double Pendulum Oscillator (2 revisions)
- Matthew's Octave Assignment (2 revisions)
- Qucs Simulations (2 revisions)
- An example showing how convolution is just a dot product (2 revisions)
- John Hawkins (2 revisions)
- Delta function (2 revisions)
- Solving Series RLC Circuit Using Laplace Transforms (2 revisions)
- Banton, Alex (2 revisions)
- Greg Fong (2 revisions)
- Cody Lorenz (2 revisions)
- Jaymin, Joseph (2 revisions)
- Lab7 (2 revisions)
- Transformer Example Problem (2 revisions)
- Hw15 (2 revisions)
- Jimmy Apablaza (2 revisions)
- Stringer, Robert (2 revisions)
- Starr, Tyler (2 revisions)
- READ THIS FIRST (2 revisions)
- Stirn, Jed (2 revisions)
- Martinez, Jonathan (2 revisions)
- Hw11 (2 revisions)
- HW16 Application (2 revisions)
- Travis.DeFluiter (2 revisions)
- Adaptive Filter Application by harrde (2 revisions)
- Fullerton, Colby (2 revisions)
- Study (2 revisions)
- AdaptiveFIRJEW (2 revisions)
- Vazquez, Brandon (2 revisions)
- Sawtooth2 Matlab Code (2 revisions)
- Benjamin Maloon (2 revisions)
- Alex Roddy (2 revisions)
- Kara Moon (2 revisions)
- Andrew Roth's Fourier Series/Laplace Transform Project (2 revisions)
- An octave/MATLAB u(t) function example (2 revisions)
- Multi-Stage Filter Design (2 revisions)
- 3 - The Game Simplified (2 revisions)
- Eric's Generalized Receiver Explanation (2 revisions)
- Josh DSB (2 revisions)
- 3 - Non-periodic Functions (2 revisions)
- FIR Filter Design and Testing Using the DFT (2 revisions)
- Decimating FIR filters (2 revisions)
- Inner product (2 revisions)
- ASN9 - Decimating filter (2 revisions)
- 24/09/07 Notes (2 revisions)
- ASN11 - Our method versus Mark Flower's (2 revisions)
- HW7 (2 revisions)
- DFT example using MATLAB - HW11 (2 revisions)
- HW15 D/A Converter Compensation (2 revisions)
- Michael Noel HW (2 revisions)
- Hw9 (2 revisions)
- Hawkins, John (2 revisions)
- Laplace transforms: Double pendulum (2 revisions)
- Aaron's Octave Assignment (2 revisions)
- Mediawiki/index.php (2 revisions)
- Octave Simulation of a Tayloe Sampling Mixer (2 revisions)
- Vintage Radio Retrofit (2 revisions)
- Convolution Theorem (2 revisions)
- How an oversampling CD player works? (2 revisions)
- Hw10 (2 revisions)
- Digital Logic (2 revisions)
- ASN3 - Class Notes October 5: The Game (2 revisions)