Lectures
Lecture 31 - QAM Performance
Front Matter
Syllabus
Prelab Setup
Jupyter Quick Start
Lab Setup
Lectures
Lecture 1 - Course and Topic Area Overview
Lecture 02 - Signals, Systems, and Transforms
Lecture 3 - Sampling & Reconstruction
Lecture 04 - Cross-Domain Processing
Lecture 05 - Signal Space
Lecture 06 - Digital Packets & Signaling
Lecture 07 - Layered Protocols
Lecture 08 - Link Performance
Lecture 09 - Amplitude Modulation
Lecture 10 - AM Circuits and Homodyne Radios
Lecture 11 - Electromagnetic Waves and Antennas
Lecture 12 - Symbol Mapping and Pulse Amplitude Modulation (PAM)
Lecture 13 - Quadrature Amplitude Modulation (QAM)
Lecture 14 - PAM / QAM Demodulation (Minimum Distance Detection, Correlation, Matched Filter)
Lecture 15 - PAM Modems (Nyquist Zero ISI, DT Implementations)
Lecture 16 - Pulse Shaping and Eye Diagrams
Lecture 17 - Non-Ideal Analog Demodulation (Carrier Frequency and Phase Offsets)
Lecture 18 - Passband and Baseband Equivalents
Lecture 19 - Single Sideband AM
Lecture 21 - Thermal Noise
Lecture 22 - Noise Figure
Lecture 23 - Additive White Gaussian Noise
Lecture 24 - Baseband-Equivalent Models for Lab Kit
Lecture 26 - Maximum Likelihood Estimation Framework
Lecture 27 - ML Delay Estimation, Non-Coherent Detection
Lecture 28 - ML Frequency and Phase Offset Estimation
Lecture 29 - Optimal Signal Detection
Lecture 30 - PAM Performance
Lecture 31 - QAM Performance
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Equivalent Signal Space Model
Lecture 31 - QAM Performance
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Equivalent Signal Space Model
Lecture 30 - PAM Performance