Communication Principles Lab: Software Simulation Experiments

Communication Principles Lab: Software Simulation Experiments includes the following components:

- Waveform and power spectral density analysis of Unipolar Return-to-Zero (RZ) coding, implemented using pulse shaping functions and FFT-based spectral estimation algorithms

- Waveform and power spectral analysis of Unipolar Non-Return-to-Zero (NRZ) coding, featuring rectangular pulse generation and spectral characterization techniques

- A complete digital baseband system simulation experiment incorporating line coding, pulse shaping, and matched filter detection with bit error rate calculation algorithms

- A comprehensive report and analysis containing detailed explanations of experimental results, including MATLAB/Python implementation approaches, key function descriptions, and comparative performance evaluation of different coding schemes

These simulation experiments will enhance your understanding of communication principles through hands-on coding implementation. By conducting these simulations and preparing analytical reports, you will gain thorough mastery of digital communication concepts and develop deep insights into the operational mechanisms of digital baseband systems, including practical implementation techniques for waveform generation and spectral analysis.