In above document, refer to section 3.2 for ADALM-PLUTO SDR, and Section 4.2 Simulink Model using Pluto SDR. Run the Si

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In above document, refer to section 3.2 for ADALM-PLUTO SDR, and
Section 4.2 Simulink Model using Pluto SDR.
Run the Simulink Model using Pluto SDR, Exploring the
features provided in the toolbar of Spectrum Analyzer window and
included in your submission.
Answer the following questions,
Identify a real-world radio frequency signal of your
choosing and investigate it!
You can choose any signal you wish, so long as its operating
frequency is within the range of
your SDR receiver (your son's walkie talkies signal is
good.).
Using the features provided and explored in the toolbar of Spectrum
Analyzer window, submit the following for your signal:
1. center frequency of the signal
2. screen capture of the spectrum analyzer window showing the
signal estimate of the signal bandwidth
Upon successful completion of this laboratory, the student will
be able to: • Describe the basic components of a SDR. • Compare and
contrast an SDR with a traditional radio system. • Verify that
their personal SDR device is properly communicating with the
MATLAB/Simulink environment. • Construct a simple spectrum analyzer
model in Simulink using their personal SDR device. • Identify and
investigate a real-world radio frequency signal using their
personal SDR device.