Probability and Stochastic Processes Course Project - Designing an N-level PAM transmitter-receiver with Matched Filter for Noise

From the Project Description File:

"You are required to understand the design principles of a matched filter and the mathematics therein, and use MATLAB Simulink to simulate a digital channel producing a graph that depicts the relation of the bit error rate and the signal to noise ratio. You should consider 2-level pulse amplitude modulation (PAM) and more generally M-levels PAM and provide the symbol error probability in both cases.

Repeat previous simulations using MATLAB codes instead of Simulink and compare the SNRS results for different AWGN values and for different PAM pulses. Comment on your results."

The Code and Simulink was created by us Under Guidance of Eng. Aya Abdelgawad

Use 'plotter.m' to Plot Error Rate vs SNR (Exponential Decay)

Use 'Project.m' for a single transmission-receiving operation with the required number of levels

Use 'PAMmodem.slx' for a PAM simulator