Irritating high pitched noise filter?

0

Are there methods to reduce noises that are generally accepted to be irritating while preserving other high frequencies?

Maybe some pitches are acceptable, but only for a limited amount of time, so a filter would have to notice and adapt to that?

Lucas W

Posted 2018-09-10T20:52:24.697

Reputation: 101

1Hello. Could you define 'noises that are generally accepted to be irritating ' ? – audionuma – 2018-09-11T06:28:55.963

Answers

1

Everybody has a different tolerance as to what they find "irritating". Something that you personally find irritating may not be irritating to someone else.

Your best bet is to use an EQ to resolve any frequency issues and also work within a monitoring environment that has been correctly calibrated.

Mark

Posted 2018-09-10T20:52:24.697

Reputation: 7 535

0

You want to use an equalizer (EQ). I'm not sure what context you're working in, but an EQ is the tool that's used to "filter frequencies".

What you've specifically described is not really possible without automation, which is fixed and requires a human to program. You mentioned you wanted it to adapt on it's own which is not possible, at least not in the way you've mentioned. It's also over-complicating the issue.

I'm not sure you really want this type of automation. A fixed EQ is more than sufficient here. If you only want to affect a very specific frequency, you can use the Q to narrow the band of frequencies being affected so you can filter out the "irritating" frequency while leaving the others virtually unchanged.

Brian Wright

Posted 2018-09-10T20:52:24.697

Reputation: 201

1If you're on the hunt for irritating frequencies, a prime suspect (not necessarily the culprit) is 2kHz - 2.5kHz as that is generally the resonant frequency range of the human ear canal. – Brian Wright – 2018-09-14T13:49:13.343

My context is probably more suited to the dsp stackexchange (I actually wrote this on the music one then discovered this one exists and moved it... ) The 2.0-2.5 kHz band is a good starting point for fixed filters and I'll try that out, though those seem like too blunt of an instrument in general. – Lucas W – 2018-09-15T14:16:12.673