Run the matlab software. Create your own M-file (name it: file5.m or any name). Select the sampling frequency Fs= 8000 samples/sec Select the Time for Audio signal 5 sec Select the frequency of analog signal f1 Hz Select the frequency of analog signal f2 Hz generate cosine wave of f1+f2 Hz &define a closely spaced time vector. Generate a suitable time scale Sample the analog signal at the instant specified by n. Filter the combined signal to get the lowest frequency signal Generate and plot the Audio signal in time domain and in frequency domain before and after filtering . Compare the generated analog audio signals.
Run the matlab software. Create your own M-file (name it: file5.m or any name). Select the sampling frequency Fs= 8000 samples/sec Select the Time for Audio signal 5 sec Select the frequency of analog signal f1 Hz Select the frequency of analog signal f2 Hz generate cosine wave of f1+f2 Hz &define a closely spaced time vector. Generate a suitable time scale Sample the analog signal at the instant specified by n. Filter the combined signal to get the lowest frequency signal Generate and plot the Audio signal in time domain and in frequency domain before and after filtering . Compare the generated analog audio signals.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Question
Run the matlab software.
Create your own M-file (name it: file5.m or any name).
Select the sampling frequency Fs= 8000 samples/sec
Select the Time for Audio signal 5 sec
Select the frequency of analog signal f1 Hz
Select the frequency of analog signal f2 Hz
generate cosine wave of f1+f2 Hz &define a closely spaced time
Generate a suitable time scale
Sample the analog signal at the instant specified by n.
Filter the combined signal to get the lowest frequency signal
Generate and plot the Audio signal in time domain and in frequency
domain before and after filtering .
Compare the generated analog audio signals.
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