Note: please send all notice of errors to this email address only; gifts will be awarded: in some form or other, on a scale of relative error glaringness to all finders on a first come first served basis. The more horrific the error, the better the prize will be! This is part of a scheme to encourage all users of the group to:

  1. show off your skills (both new and old) and
  2. to keep all information on the site as accurate as possible.

Please don't get overexcited yet: the prizes apply only to the Tutorials, Set Tasks and their final write-ups , not any old user comment in the forums will count. However if you can help in the forums in any way, perhaps with a corrected answer, alternative approach, or a constructive criticism please do so; this is how we will all be continuously learning from one another. We may be a varied group of users, pro's and noob's alike, but here we are all equals : learning, teaching and inspiring each other to further gen~ greatness.

Peace and be gen~erous.

ありがとうございます  マイルズ  よろしくおねがいします

~miles


Gen~ Tasks and Tutorials


Task One

Creating a First Order FIR 2 Point Moving Filter (LP with CF at Nyquist F)

Implement the first filter in the attached Class Block Diagrams PDF and create a gen~ version. Annotate with comments to make the process clear.


Task Two

Creating a Simple FIR Filter with Coefficients

Take Daniel R. Mitchell's diagram for another simple filter where the multiplication happens before the addition and see what impulse responses we can derive from it. and create a gen~ version. Annotate with comments to make the process clear.


Task Three - Part A

Build a 2nd, 3rd or 4th order general pole-zero IRR filter.

Create a gen~ version. Annotate with comments to make the process clear.


Reading List and Resources

Over here...


Oh and I'm having internet access issues at the moment so sorry if I haven't been keeping up and won't be able to respond on the group very quickly for a while.