[Solved]Write Matlab Code Implement System Given Figure 1 System Takes Three Audio Signals Modulat Q37156232

Write a MATLAB code to implement the system given in Figure 1. The system takes three audio signals(modulating v,. wav, v,. wav and v,. wav as input. The sampling frequency (Fs) of these voice files is 22050samples/sec. signals) v .wav and v . wav are modulated and added to v. wav. To perform modulation of v . wav 2 the signal . To modulate signal the use carrier * 7700 cos cos (2 * pi * FS* m) v. Wav use carrier sin sin (2 * pi * Fs modulated signals and v,. wav together and save it as “sum. wav” Add Design the black box of Figure-1. The black box should take the “sum. wav” file as input and extract v . wav, v . wav and v . wav. Listen to 1 the input signals v, wav, v2 wav and v, wav and v,. wav, v . wav and v,. wav. The input audio signals and the extracted audio signals should be similar. signals extracted Carrier signal v2.wav vl.wav sum.wav box2.wav Black box vl.wav v3.wav Carrier signal Figure-1: Block diagram of system Show transcribed image text Write a MATLAB code to implement the system given in Figure 1. The system takes three audio signals(modulating v,. wav, v,. wav and v,. wav as input. The sampling frequency (Fs) of these voice files is 22050samples/sec. signals) v .wav and v . wav are modulated and added to v. wav. To perform modulation of v . wav 2 the signal . To modulate signal the use carrier * 7700 cos cos (2 * pi * FS* m) v. Wav use carrier sin sin (2 * pi * Fs modulated signals and v,. wav together and save it as “sum. wav” Add Design the black box of Figure-1. The black box should take the “sum. wav” file as input and extract v . wav, v . wav and v . wav. Listen to 1 the input signals v, wav, v2 wav and v, wav and v,. wav, v . wav and v,. wav. The input audio signals and the extracted audio signals should be similar. signals extracted
Carrier signal v2.wav vl.wav sum.wav box2.wav Black box vl.wav v3.wav Carrier signal Figure-1: Block diagram of system

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Answer to Write a MATLAB code to implement the system given in Figure 1. The system takes three audio signals(modulating v,. wav, … . . .