My Discussion Section
Checking Piazza for the Zoom link and password.
- Monday and Wednesday
- 10 AM to 11 AM PDT
- 3 PM to 4 PM PDT
- Anonymous Feedback Form: link
EE16B’s Materials
- Introduction to EE16B
- Discussion Notes
- EE16B’s Notes Spring 2020
- Note 1: Introduction to RC Circuits and Differential Equations
- Note 2: Systems with Inputs
- Note 3: Vector Differential Equations
- Note 4(j): Complex Numbers
- Note 5: Phasors
- Note 6: Circuit Filters
- Note 7: Controllability
- Note 8: System Identification (ID)
- Note 9: Outlier Detection
- Note 10: Orthonormalization
- Note 11: Stability
- Note 12: Upper Triangularization
- Note 13: Singular Value Decomposition (SVD)
- Note 14: Principal Component Analysis (PCA)
- Note 15: Controllable Canonical Form (CCF)
- Note 16: Linearization
- Note 17: Classification
- Note 18: Polynomial Interpolation and Global Approximations
- Note 19: Discrete Fourier Transform (DFT)
Reviewing EE16A’s Materials
- A summary of EE16A’s materials (a Google slide)
- EE16A’s Notes (This link contains all the following notes)
- Note 0: Introduction to EE16A
- Note 1: Introduction to Linear Algebra
- Note 2: Vectors and Matrices
- Note 3: Linear Dependence
- Note 4: Mathematical Thinking and Derivation
- Note 5: Interpretation: Water Reservoirs and Pumps
- Note 6: Matrix Inversion
- Note 7: Vector Spaces
- Note 8: Subspaces
- Note 9: Pagerank, Eigenvalues, Eigenvectors
- Note 10: Change of Basis
- Note 11: Circuit Analysis
- Note 12: Introduction to Resistive Touchscreen
- Note 13: Resistive Touchscreen and Power
- Note 14: 2D Resistive Touchscreen and Nodal Analysis
- Note 15: Superposition and Equivalences
- Note 16: Introduction to Capacitive Touchscreen and Capacitor
- Note 17: Capacitive Touchscreen, Op-amp Basics, and Comparator
- Note 18: Op-amps in Negative Feedback
- Note 19: Circuits with Op-amps
- Note 20: Designing Circuits
- Note 21: Norms, Inner Products, and Projection
- Note 22: Positioning Systems: Trilateration and Correlation
- Note 23: Least Squares and Applications
- Note 24: Orthogonal Matching Pursuit (OMP) Algorithms
- Note 25: Speeding up OMP
- Other resources (This link contains all the following resources)
- Recipe - Charge Sharing
- Recipe - Nodal Analysis
- Recipe - Thevenin and Norton
- Designing Circuits Cookbook
- Norms and Inner Products
Son Tran