Spring Quarter 2026
EE 379B - Advanced Data Transmission Design
Lecture Notes
- Lecture 1, Monday March 30th 2026 - Introduction and Dimensionality
- Lecture 2, Wednesday April 1st 2026 - Channel Partitioning: Vector Coding & DMT
- Lecture 3, Monday April 6th 2026 - MMSE Estimation and Information Measures
- Lecture 3, Wednesday April 8th 2026 - Separation Theorem & C-OFDM
- Lecture 5, Monday April 13th 2026 - Adaptive Modulation Coding Schemes
- Lecture 6, Wednesday April 15th 2026 - Multiuser Channels
- Lecture 7, Monday April 20th 2026 - Capacity Region: Multiple Access Channel
- Lecture 8, Wednesday April 22nd 2026 - MAC and Broadcast Channels
- Lecture 9, Monday April 27th 2026 - Broadcast Channels
- Lecture 10, Monday May 4th 2026 2026 - Interference and Other MU Channels
- Lecture 11, Wednesday May 6th 2026 - Generalized Decision Feedback
- Lecture 12, Monday May 11th 2026 - Optimized GDFE Inputs
- Lecture 13, Wednesday May 13th 2026 - MAC GDFEs & Design Measures
- Lecture 14, Monday May 18th 2026 - MAC design by weighted sums
- Lecture 15, Wednesday May 20th 2026 - Duality and MAC-dual Basis
- Lecture 16, Wednesday May 27th 2026 - Optimal Interference Channel Design
- Lecture 17, Monday June 1st 2026 - Channel Identification and Prediction
- Lecture 18, Wednesday June 3rd 2026 - Edge Computing Challenges
Supplementary Lectures
- Lecture S3, Minimum Mean Square Error Estimation
- Lecture S3 Video, Minimum Mean Square Error Estimation
- Lecture S5A, Wi-Fi Example
- Lecture S5A Video, Wi-Fi Example
- Lecture S5B, Digital Video Broadcast Example
- Lecture S5B Video, Digital Video Broadcast Example
- Lecture S5C, Celluar Example
- Lecture S5C Video, Cellular Example
