User contributions for Frohro
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9 March 2011
- 07:0607:06, 9 March 2011 diff hist −48 Parameters →Pendulum Hardware Control
7 March 2011
- 19:1119:11, 7 March 2011 diff hist +187 Parameters →Pendulum Hardware Control
- 19:0719:07, 7 March 2011 diff hist +398 Parameters →Pendulum Hardware Control
- 19:0519:05, 7 March 2011 diff hist −203 Parameters →Pendulum Hardware Control
- 18:5018:50, 7 March 2011 diff hist +214 Parameters →Pendulum Hardware Control
- 18:3718:37, 7 March 2011 diff hist +392 Parameters →Inverted Penululm Project
- 18:2018:20, 7 March 2011 diff hist +3,154 Parameters →Inverted Penululm Project
- 13:2213:22, 7 March 2011 diff hist +72 RLC Circuit of February 10, 2011 →Reduced Order Observer Simulation
- 13:2113:21, 7 March 2011 diff hist +783 RLC Circuit of February 10, 2011 →Reduced Order Observer Simulation
3 March 2011
- 14:0414:04, 3 March 2011 diff hist +1 RLC Circuit of February 10, 2011 →Reduced Order Observer Simulation
- 14:0414:04, 3 March 2011 diff hist +866 RLC Circuit of February 10, 2011 No edit summary
25 February 2011
- 09:4809:48, 25 February 2011 diff hist +1 Electromechanical Energy Conversion →References Used by the Professor
23 February 2011
- 11:5211:52, 23 February 2011 diff hist +38 RLC Circuit of February 10, 2011 No edit summary
- 11:5111:51, 23 February 2011 diff hist +96 N File:RLC control delay.png This figure shows the effect of delaying the control signal until the observer is more accurate. current
- 11:4811:48, 23 February 2011 diff hist +6 RLC Circuit of February 10, 2011 No edit summary
- 11:4611:46, 23 February 2011 diff hist +26 RLC Circuit of February 10, 2011 No edit summary
- 11:4511:45, 23 February 2011 diff hist +145 N File:RLC control.png This plot shows the state variables and the simulated state variables as a function of time with the initial conditions of the Octave file above. current
- 11:4311:43, 23 February 2011 diff hist +274 RLC Circuit of February 10, 2011 No edit summary
- 11:3611:36, 23 February 2011 diff hist +2,147 N RLC Circuit of February 10, 2011 Created page with 'The problem was set up in class starting on [http://people.wallawalla.edu/~Rob.Frohne/ClassNotes/ENGR352/2011/Background/index.php?image=20110210BgDSCN3532.jpg&d=d.html February…'
- 11:0911:09, 23 February 2011 diff hist +60 Feedback and Control Systems →Inverted Pendulum Project
- 11:0811:08, 23 February 2011 diff hist −3,321 Feedback and Control Systems →Inverted Penululm Project
- 11:0311:03, 23 February 2011 diff hist +3,433 N Parameters Created page with '== Inverted Penululm Project == Below is some Octave or Matlab code with the parameters of one of the pendulums. % Double Pendulum Parameters (Tentative: There are two pendulu…'
- 11:0311:03, 23 February 2011 diff hist +2 Feedback and Control Systems →Inverted Penululm Project
- 11:0211:02, 23 February 2011 diff hist +13 Feedback and Control Systems →Inverted Penululm Project
- 11:0011:00, 23 February 2011 diff hist +97 Electromechanical Energy Conversion →References Used by the Professor
- 10:5810:58, 23 February 2011 diff hist +83 Electromechanical Energy Conversion →References Used by the Professor
7 February 2011
- 14:3914:39, 7 February 2011 diff hist +98 Feedback and Control Systems →Inverted Penululm Project
- 14:1414:14, 7 February 2011 diff hist +3,222 Feedback and Control Systems →Inverted Penululm Project
- 14:0014:00, 7 February 2011 diff hist +32 N Feedback and Control Systems Created page with ' == Inverted Penululm Project =='
26 January 2011
- 09:0609:06, 26 January 2011 diff hist −120 Electromechanical Energy Conversion →Links to useful things on the web
- 08:5008:50, 26 January 2011 diff hist +79 Electromechanical Energy Conversion →Links to useful things on the web
19 January 2011
- 07:4307:43, 19 January 2011 diff hist +105 Electromechanical Energy Conversion →References Used by the Professor
6 January 2011
- 18:1118:11, 6 January 2011 diff hist +7 How to use Octave to Fit an Arbitrary Function with fmins No edit summary current
- 18:1018:10, 6 January 2011 diff hist −2 How to use Octave to Fit an Arbitrary Function with fmins No edit summary
- 18:0918:09, 6 January 2011 diff hist +21 How to use Octave to Fit an Arbitrary Function with fmins No edit summary
- 18:0618:06, 6 January 2011 diff hist −23 How to use Octave to Fit an Arbitrary Function with fmins No edit summary
- 18:0518:05, 6 January 2011 diff hist −374 How to use Octave to Fit an Arbitrary Function with fmins No edit summary
- 18:0418:04, 6 January 2011 diff hist +35 N File:Fit example.png This is the plot the example makes. current
- 18:0218:02, 6 January 2011 diff hist −97 How to use Octave to Fit an Arbitrary Function with fmins No edit summary
- 17:3817:38, 6 January 2011 diff hist +10 How to use Octave to Fit an Arbitrary Function with fmins No edit summary
- 17:3617:36, 6 January 2011 diff hist +2,411 N How to use Octave to Fit an Arbitrary Function with fmins Created page with 'Suppose we want to fit experimental data to an arbitrary function. For our purposes let that function be <math>y = A cos(t + \theta) </math>. We can use the fmins function from…'
- 16:4116:41, 6 January 2011 diff hist +63 Linear Network Analysis →Octave
- 16:2716:27, 6 January 2011 diff hist +35 Main Page →Classes
2 December 2010
- 15:4815:48, 2 December 2010 diff hist −2 Linear Network Analysis →Octave
- 15:4715:47, 2 December 2010 diff hist +1 Linear Network Analysis →Octave
- 15:4715:47, 2 December 2010 diff hist +93 Linear Network Analysis →Octave
30 November 2010
- 11:4611:46, 30 November 2010 diff hist +1 Airplane Noise Removal Demonstration No edit summary
- 11:4511:45, 30 November 2010 diff hist +1,907 Airplane Noise Removal Demonstration No edit summary
- 11:3911:39, 30 November 2010 diff hist −3 Airplane Noise Removal Demonstration No edit summary
- 11:3811:38, 30 November 2010 diff hist +1,808 N Airplane Noise Removal Demonstration Created page with ' % Demonstration of LMS algorithm for noise cancellation. % Rich Kozick, Spring 1997 % Rob Frohne's modifications for Aircraft Noise Cancellation. % modifications for Macintos…'
- 11:3511:35, 30 November 2010 diff hist +42 Signals and Systems →Octave Tutorials
19 November 2010
- 11:2211:22, 19 November 2010 diff hist +1,404 N Tuner Upper Removal Demonstration Created page with ' % Demonstration of LMS algorithm for noise cancellation. % Rich Kozick, Spring 1997 % Rob Frohne's modifications for Macintosh 2000. % Desired signal clear all Totaltime…'
- 11:2111:21, 19 November 2010 diff hist +39 Signals and Systems →Octave Tutorials
15 November 2010
- 16:4516:45, 15 November 2010 diff hist +925 N Interpolation using the DFT Example Script Created page with '====Interpolation Using the DFT==== You can use the DFT to interpolate by adding zeros at high frequency in the DFT and then applying the inverse DFT to obtain the interpolated …' current
- 16:4116:41, 15 November 2010 diff hist +1,553 N Leakage Example Octave Script Created page with '====Leakage==== Leakage is what happens due to the end effects of the sampled signal. Discrete Fourier Transforms assume that the signal is periodic with period NT. If it isn'…' current
- 16:3516:35, 15 November 2010 diff hist +83 Signals and Systems →Octave Tutorials
- 13:1013:10, 15 November 2010 diff hist −118 Linear Network Analysis →State Space
9 November 2010
- 10:3110:31, 9 November 2010 diff hist +18 Signals and Systems →Multi-rate Filtering
- 10:2810:28, 9 November 2010 diff hist +1 Signals and Systems →Multi-rate Filtering
- 10:2710:27, 9 November 2010 diff hist +178 Signals and Systems →Multi-rate Filtering
8 November 2010
- 13:2913:29, 8 November 2010 diff hist +141 FIR Filter Example Code for Octave No edit summary current
- 13:2613:26, 8 November 2010 diff hist +144 N File:FIR Filter Responses.png This figure shows the effect of using a Kaiser window function on the filter coefficients when there are 401 taps on a filter with cutoff f_s/4. current
- 13:2113:21, 8 November 2010 diff hist 0 FIR Filter Example Code for Octave No edit summary
- 11:5711:57, 8 November 2010 diff hist +2,133 N FIR Filter Example Code for Octave Created page with ' % This demonstration shows the magnitude and phase response for an FIR filter % of 2M+1 elements whose ideal response is a low pass filter with cutoff % frequency of fs/4. % …'
- 11:5411:54, 8 November 2010 diff hist +40 Signals and Systems →Octave Tutorials
5 November 2010
- 10:3410:34, 5 November 2010 diff hist +263 Signals and Systems →Some Useful Links to Suppliment or Substitute for a Textbook
12 October 2010
- 14:3314:33, 12 October 2010 diff hist +171 N An octave/MATLAB u(t) function example Created page with 'To make a unit step function in Octave, put the following in a file called u.m. This also works in MATLAB. function junk = u(time) junk=.5*(sign(time)+1); endfunction'
- 14:3114:31, 12 October 2010 diff hist +29 Signals and Systems →Octave Tutorials
6 October 2010
- 17:5817:58, 6 October 2010 diff hist +1 Fourier Series Example Script →Fourier Series Solution for Sinusoidal Steady State Response of a Low Pass Filter
- 17:5817:58, 6 October 2010 diff hist −1 Fourier Series Example Script →Fourier Series Solution for Sinusoidal Steady State Response of a Low Pass Filter
- 17:5717:57, 6 October 2010 diff hist +2 Fourier Series Example Script →Fourier Series Solution for Sinusoidal Steady State Response of a Low Pass Filter
- 17:5717:57, 6 October 2010 diff hist +7 Fourier Series Example Script →Fourier Series Solution for Sinusoidal Steady State Response of a Low Pass Filter
- 17:5517:55, 6 October 2010 diff hist +27 Fourier Series Example Script →Fourier Series Solution for Sinusoidal Steady State Response of a Low Pass Filter
- 17:5417:54, 6 October 2010 diff hist −4 Fourier Series Example Script No edit summary
- 17:5417:54, 6 October 2010 diff hist +71 N File:LowPass.png This plot shows the input and output waveforms for the low pass filter. current
- 17:5217:52, 6 October 2010 diff hist +25 Fourier Series Example Script →Fourier Series Solution for Sinusoidal Steady State Response of a Low Pass Filter
- 17:5117:51, 6 October 2010 diff hist +36 N File:LowPassFilter.png This is the low pass filter circuit. current
- 17:5017:50, 6 October 2010 diff hist +926 Fourier Series Example Script No edit summary
- 17:4417:44, 6 October 2010 diff hist −1 Linear Network Analysis →Octave
- 17:4417:44, 6 October 2010 diff hist +1 Linear Network Analysis →Octave
30 September 2010
- 11:0711:07, 30 September 2010 diff hist −14 Linear Network Analysis →Year Specific Pages
- 11:0611:06, 30 September 2010 diff hist +14 Linear Network Analysis →Year Specific Pages
29 September 2010
- 14:2614:26, 29 September 2010 diff hist +254 Fourier Series Example Script No edit summary
- 14:2414:24, 29 September 2010 diff hist +14 Fourier Series Example Script No edit summary
- 14:2314:23, 29 September 2010 diff hist +2 Fourier Series Example Script No edit summary
- 14:2114:21, 29 September 2010 diff hist +470 N Fourier Series Example Script Created page with '% This script plots a Fourier Series for a Square Wave clf; t=0:.01:10; T=2.5 M=50 sum1=0; for m=1:2:M, sum1 = sum1+4/m/pi*sin(m*pi/2)*cos(2*pi*m*t/T); end plot(t,sum1,'…'
- 14:2114:21, 29 September 2010 diff hist +2 Linear Network Analysis →Octave
- 14:2014:20, 29 September 2010 diff hist +33 Linear Network Analysis →Octave
- 14:1914:19, 29 September 2010 diff hist −55 Linear Network Analysis No edit summary
- 14:1914:19, 29 September 2010 diff hist +156 Linear Network Analysis →Some Useful Links to Suppliment or Substitute for a Textbook
26 August 2010
- 10:0010:00, 26 August 2010 diff hist +140 Signals and Systems →Some Useful Links to Suppliment or Substitute for a Textbook
4 June 2010
- 06:3006:30, 4 June 2010 diff hist +4 Communications Systems →Links
- 06:2806:28, 4 June 2010 diff hist +579 Communications Systems →Links
1 June 2010
- 22:2322:23, 1 June 2010 diff hist +32 Engineering Electronics →Links
- 22:2222:22, 1 June 2010 diff hist −4,231 Help:Editing Blanked the page current
- 22:2122:21, 1 June 2010 diff hist +4 Help:Editing No edit summary
- 22:2022:20, 1 June 2010 diff hist +4,227 N Help:Editing Created page with ' Tips to Avoid Oscillation & Noise Problems in Circuit Board Layout Oscillations come from positive feedback from the output of amplifiers to the input. There are some things …'
- 21:3421:34, 1 June 2010 diff hist −15 Engineering Electronics →Contributing Articles
- 21:3221:32, 1 June 2010 diff hist +15 Engineering Electronics →Contributing Articles
- 21:3121:31, 1 June 2010 diff hist −46 Engineering Electronics →Links