Translation of "Pink noise" in German

Kaki King rocks out to "Pink Noise"

In addition to white noise, there is also "pink" noise.

In pink noise, each octave carries an equal amount of noise power.

In addition, the generator can produce white and pink noise.

This distribution is called pink noise and can be generated in Pd using the "pink~" object:

The analog noise generator delivers white, pink an red noise at three separate outputs.

The test signal was pink noise, measured both before and behind the closed door:

It produces sinusoids, white noise (uniform and Gaussian distributions) and pink noise.

If I left this pink noise on for more than a couple of minutes, you would literally cease to hear it.

Sample auto-correlation function WN1 describes interference of the message transmission channel by a filtered white noise (pink noise).

From a practical point of view, producing true pink noise is impossible, since the energy of such a signal would be infinite.

Further, be sure the test tone you are using is either a warble, or filtered pink noise.

An aural dimension is created by pink noise, which permeates the space with sound similar to rain falling or leaves rustling.

That is, the energy of pink noise in any frequency interval from f1 to f2 is proportional to log (f2/f1), and if f2 is infinity, so is the energy.

I use my program SB_OCT to measure the resonance frequencies of the actual loudspeaker/listener configuration with pink noise excitation (this represents more the impulsive excitation) or my program SINUSGEN to excite individual resonance frequencies and to get an impression of the local distribution of the sound pressure (worst case of stationary excitation).

This component generates white or pink noise and, therefore, offers the possibility to add a signal without tone pitch (without a pattern that repeats itself).

However, a certain minimum measure of data is needed not only to generate a pink noise on the receiver side but to be better, for example to cause speech intelligibility.

A noise signal can represent, for example, white noise, pink noise, in particular one-third octave band noise or noise which is limited by another frequency interval.