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Introductory Communication Systems Course Using SDR

version 1.0.2 (10.7 MB) by Cory Prust
Course Materials for an Introductory Analog and Digital Communications Systems Course using MathWorks-Supported Software-Defined Radio

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Updated 30 Apr 2020

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This package contains course materials for an introductory analog and digital communications systems course taught to undergraduate electrical and computer engineering students. An integral part of the course design is a series of laboratory modules through which students explore course topics using low-cost SDR hardware (e.g., RTL-SDR or ADALM-PLUTO) and MATLAB/Simulink software tools. Using these laboratory exercises, students implement various communication systems and investigate real-world communication signals.

The download package includes complete Laboratory documentation, as well as additional Simulink models and MATLAB scripts for use in lecture sessions.

Course syllabus:

Topic 1: Introduction to Communication Systems
- Introduction to Software-Defined Radio
- RTL-SDR and ADALM-PLUTO Installations
- Spectrum Analyzer using SDR

Topic 2: Amplitude Modulation
- Observing Amplitude Modulated Waveforms using SDR
- QAM Transceiver Simulation
- DSB Large Carrier Receiver using SDR
- DSB Large Carrier Transmitter using SDR

Topic 3: Frequency Modulation
- Investigating Broadcast FM Radio Signals using SDR
- Passband FM Modulator Simulation
- Baseband FM Communication System Simulation
- Observing and Demodulation FM Waveforms using SDR
- Automatic Picture Transmission (APT) Receiver using SDR

Topic 4: Digital Communication
- Observing Digital Carrier Modulated Waveforms using SDR
- Bit Error Rate Simulation
- BSPK Receiver: Carrier Synchronization and Symbol Timing Recovery using SDR
- DBPSK Communication using SDR

Topic 5: Spread Spectrum Communications
- DSSS Simulation
- Code Division Multiplexing Simulation
- DSSS BPSK Communication using SDR

Topic 6: Orthogonal Frequency Division Multiplexing
- Multicarrier Communications Simulation
- FFT Processing for OFDM Modulation and Demodulation
- IEEE 802.11a WiFi Waveforms

Cite As

Cory Prust (2020). Introductory Communication Systems Course Using SDR (https://www.mathworks.com/matlabcentral/fileexchange/69417-introductory-communication-systems-course-using-sdr), MATLAB Central File Exchange. Retrieved .

Comments and Ratings (16)

Zaidoon Hadi

Loid Men

Thank you very much.
Request: For the examples that transmit using a USRP , please include the setup for the ADLAM-Pluto.
The ADLAM-Pluto is less costly.

Redhwan Mawari

Thank your for the submission. I have ADLAM-Pluto however lab02 does not have the model for the ADALM-Pluto. It has teh model for RTL-SDR. any help is appreciated.

Redhwan Mawari

I am having problems with Lab1. the model runs but I am not getting the fc on the analyzer. any help is appreciated. Also lab2 for the AM signal, there is no model for generating AM signal

Julian Grodzicky

Jorge Hernández

Hironobu

NIKOLAOS TZOKAS

mainak GH

Hossam El-Din Sadek

Zhi Wang

li junfang

YY CHIM

karl weisl

Arthessius Hampton

MATLAB Release Compatibility
Created with R2018a
Compatible with R2018a and later releases
Platform Compatibility
Windows macOS Linux

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Lab01

Lab02

Lab03

Lab04

Lab05

Lab06

simulations/s01.AM

simulations/s02.FM

simulations/s03.Digital

simulations/s04.DSSS

simulations/s05.OFDM