M 12-1 pm, 1-2 pm

Th 11 am - 12 pm

EECS 16B Fall 2020

Course Overview

EECS 16B is a continuation of EECS 16A. Together, they serve as an introduction to frequencies of the EECS spectrum pertaining to math and engineering. 16B builds on top of material learned in 16A to dive into topics ranging across differential equations, circuits, systems theory, linear algebra, SVD, PCA, LTI systems, and convolution.

Discussion Notes

Module 1: Circuits

Module 2: Controls

Module 3: Optimization/ML

Module 4: Signals

Week Date Section Topics Links
1 M 8/31 1A Introduction + 16A Review Slides , Notes
W 9/2 1B
2 M 9/7 2A Labor Day (No Section) N/A
W 9/9 2B
3 M 9/14 3A Differential Equations in Transistors and Circuits Notes: V1 , V2
W 9/16 3B
4 M 9/21 4A Complex Numbers and Change of Basis Notes: V1 , V2
W 9/23 4B
5 M 9/28 5A Phasors, Impedance, RLC Circuits Notes: V1 , V2
W 9/30 5B
6 M 10/5 6A Transfer Functions and Bode Plots Notes: V1 , V2
W 10/7 6B
7 M 10/12 7A MT 1 Review N/A
W 10/14 7B
8 M 10/19 8A Stability and Controllability Notes: V1 , V2
W 10/21 8B
9 M 10/26 9A System Identification Notes: V1 , V2
W 10/28 9B
10 M 11/2 10A Singular Value Decomposition (SVD) Notes: V1 , V2
W 11/4 10B
11 M 11/9 11A MT 2 Review N/A
W 11/11 11B
12 M 11/16 12A Interpolation Notes
W 11/18 12B
13 M 11/23 13A LTI Systems and Convolution Notes
W 11/25 13B
14 M 11/30 14A Circulant Matrices and Complex Inner Products Notes

Links

Resources

maxhchen@berkeley.edu