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Real-time re-sampling and linear interpolation? | Appleton ...
https://www.appletonaudio.com/blog/2015/real-time-re-sampling-and-linear-interpolation/#:~:text=In%20the%20context%20of%20constant%20pitch%20shifting%20%28the,is%20constructed%20by%20picking%20values%20at%20regular%20times.
Linear interpolation of audio | Max Cookbook
https://music.arts.uci.edu/dobrian/maxcookbook/linear-interpolation-audio
Linear interpolation of audio. interpolation2.maxpat. For linear interpolation of a MSP signal, the line~ object sends out a signal that progress to some new value over a certain amount of time interpolating sample-by-sample along the way. The input to line~ is a pair of numbers representing a destination value (where it should eventually arrive) and a transition time (how …
Linear Interpolation | Physical Audio Signal Processing
https://www.dsprelated.com/freebooks/pasp/Linear_Interpolation.html
Linear interpolation sounds best when the signal is oversampled. Since natural audio spectra tend to be relatively concentrated at low frequencies, linear interpolation tends to sound very good at high sampling rates .
Linear Interpolation - Stanford University
https://ccrma.stanford.edu/~jos/pasp05/Linear_Interpolation.html
Since natural audio spectra tend to be relatively concentrated at low frequencies, linear interpolation tends to sound very good at high sampling rates. When interpolation occurs inside a feedback loop , such as in digital waveguide models for vibrating strings (see Chapter 4 ), errors in the amplitude response can be highly audible (particularly when the loop gain is close …
Real-time re-sampling and linear interpolation? | Appleton ...
https://www.appletonaudio.com/blog/2015/real-time-re-sampling-and-linear-interpolation/
In the context of constant pitch shifting (the input and output signals have a fixed sampling rate), linear interpolation treats the discrete input signal as continuous by drawing straight lines between the discrete samples. The output signal is constructed by picking values at regular times. In the above, the green arrows are the input samples and the red arrows are …
Linear Interpolation - KVR Audio
https://www.kvraudio.com/forum/viewtopic.php?t=313424
You can sometimes get away with linear interpolation if you combine it with (proper) oversampling (eg, oversample by 2x with some decent filter, then perform the nasty ratios with linear, then downsample with proper filter; this way the biggest problems with lerp will hopefully stay within the band that'll get thrown out, and you can use IIR filters for the …
Linear Interpolator [Analog Devices Wiki]
https://wiki.analog.com/resources/tools-software/sigmastudio/toolbox/basicdsp/linearinterpolator
Linear interpolation is a common calculation for a variety of computing applications such as computer graphics. In SigmaStudio, it can be used to make an input-to-output transfer function for audio or control signals without requiring many table points or calculations.
Alpha-II - Programming Information: Audio Interpolation
https://alpha-ii.com/Info/AudioInt.html
AudioInterpolation. Audio interpolation is a method of making digital audio sound betterthan it really is. Thesedays, almost every digital playback device (CD players*, digital receivers, sound cards, etcetera) uses interpolation to improve your listening experience. And with computers everincreasing in speed, it's now possible to use software implementations as well without …
Linear Interpolation Formula with Solved Examples
https://byjus.com/linear-interpolation-formula/
Formula of Linear Interpolation. [latex]y=y_ {1}+\frac {\left (x-x_ {1}\right)\left (y_ {2}-y_ {1}\right)} {x_ {2}-x_ {1}} [/latex] Where, $x_ {1}$ and $y_ {1}$ are the first coordinates. $x_ {2}$ and $y_ {2}$ are the second coordinates. x is the point to perform the interpolation. y is the interpolated value.
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