### Randy Yates (@yates)

Electrical engineer/mathematician interested in DSP and embedded systems.

## Re: ChatGPT's idea of a computationally efficient digital filter - ha ha ha...

Hi jbrower,Exactly! I'd seen several instances (including Rick's recent forum post) about some artistic endeavor such as writing lyrics, but I wanted to present...

## Re: ChatGPT's idea of a computationally efficient digital filter - ha ha ha...

fred,Thanks for that paper! I was reviewing an older forum post on this problem which mentioned Rick's "DSP Tips and Tricks" paper in the March 2009 issue of IEEE...

## Re: ChatGPT's idea of a computationally efficient digital filter - ha ha ha...

Hi Rick,Interesting experiment! I did not think to actually check out that impulse response. Robie may have a vacuum tube (or two) out..--Randy

## Re: ChatGPT's idea of a computationally efficient digital filter - ha ha ha...

Hi fred,These are all excellent questions on the parameters of the problem which of course you'd have to answer in a real-world scenario. Are you implying that,...

## Re: ChatGPT's idea of a computationally efficient digital filter - ha ha ha...

Hi Kenneth,That was my first reaction, too. It seems like that would be an obvious choice. --Randy

What is LMCW?

## ChatGPT's idea of a computationally efficient digital filter - ha ha ha...

Design a computationally efficient digital filter which can extract a 1 kHz signal between 1000 Hz and 2000 Hz from a digital input signal with a sample rate of...

## Re: The Nyquist Sampling Theorem

...but it's wrong. Look at verse 2. Data samples at Fs > 2*BW will be just fine ("true").

## Re: Adaptive Filter Theory: prequisites to learning

How about this? $$e^{i\pi}+1 =$$ $$F(\omega) = \frac{1}{2\pi} \int_{-\infty}^{+\infty} f(t) e^{-j\omega t}\ dt$$

## Re: OFF TOPIC: A Question About PI

But in base pi, pi = 10...

## Re: OFF TOPIC: A Question About PI

Dr. Mike! Long time no see (since the 2003 comp.dsp conference)! How are you man?

## Re: OFF TOPIC: A Question About PI

I wonder if any of these conjectures/strange properties are related to the fact that pi is "transcendental?"

## Re: minimum phase HRTF reconstruction

Hey Rick,I know HRTF stands for "Head-Related Transfer Function". It is basically the transfer function of the ear as a function of the sound source's azimuth in...

## Re: getting started on dereverberation

...

Use this form to contact yates

Before you can contact a member of the *Related Sites:

• You must be logged in (register here)
• You must confirm you email address