- Load the audio data into MATLAB using the "audioread" function.
- Create an adaptive filter using the "dsp.LMSFilter" function. Set the filter length and the step size.
- Set the initial weights using the coefficients obtained from the "diffbfweights" function.
- Process the audio data block by block. At each block, apply the adaptive filter to the block of audio data and update the filter weights based on the difference between the filtered output and the desired output.
- Write the processed audio data to a file using the "audiowrite" function.
diffbfweights coefficients usage for audio processing
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Hi, how to use coefficients from diffbfweights function to process audio data?
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Nithin Kumar
am 28 Apr. 2023
Hi Marko,
I understand that you are trying to use coefficients from "diffbfweights" function to process audio data.
Once you have obtained the coefficients from the "diffbfweights" function, you can use them to process audio data using an adaptive filter.
Kindly refer to the following steps to use the coefficients from "diffbfweights" to process audio data:
I hope it helps.
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