1\. Introduction - Digital Signal Processing in Telecommunications - Digital Filters.
2\. Review and digital simulation of Analog Modulations (optional - home study).
3\. Optimal Digital Detection - Matched Filters.
4\. Spectral Characteristics of Digital Waveforms - Nyquist Signaling.
5\. Digital Modulations QAM and PSK.
6\. Digital Modulations FSK and MSK.
7\. Bandwidth Efficiency - Theoretical Limits and practical approaches to system parameter selection.
8\. Broadband transmission techniques – DMT and OFDM.
9\. Channel Coding - Linear Block Codes.
During the semester, 7-8 lab exercise will be implemented, using the MATLAB platform and/or Python programming tools.