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The objective of this exercise is to familiarize the reader with the handling of sound files using MATLAB and to expose the novice to perceptual attributes of sampling rate and bit resolution. Down-sample the data-vector 'audio_in' in problem 1.3 using >> aud_down_4 = downsample(audio_in, 4); Use the following commands to listen to audio_in and aud_down_4. Comment on the perceptual quality of the data vectors in each of the cases

   The objective of this exercise is to familiarize the reader with the handling of sound files using MATLAB and to expose the novice to perceptual attributes of sampling rate and bit resolution.
Down-sample the data-vector 'audio_in' in problem 1.3 using
>> aud_down_4 = downsample(audio_in, 4);
Use the following commands to listen to audio_in and aud_down_4. Comment on the perceptual quality of the data vectors in each of the cases

Audio Signal Processing and Coding

Andreas Spanias, Ted… 1st Edition

Chapter 1, Problem 4

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Step 1

If the audio file is not already loaded, you can use the `audioread` function to read the audio file into a data vector. For example, if your audio file is named 'audiofile.wav', you can use the following command: ```matlab [audio_in, fs] = Show more…

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The objective of this exercise is to familiarize the reader with the handling of sound files using MATLAB and to expose the novice to perceptual attributes of sampling rate and bit resolution. Down-sample the data-vector 'audio_in' in problem 1.3 using >> aud_down_4 = downsample(audio_in, 4); Use the following commands to listen to audio_in and aud_down_4. Comment on the perceptual quality of the data vectors in each of the cases

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