Berkeley Notes
  • Introduction
  • EE120
    • Introduction to Signals and Systems
    • The Fourier Series
    • The Fourier Transform
    • Generalized transforms
    • Linear Time-Invariant Systems
    • Feedback Control
    • Sampling
    • Appendix
  • EE123
    • The DFT
    • Spectral Analysis
    • Sampling
    • Filtering
  • EECS126
    • Introduction to Probability
    • Random Variables and their Distributions
    • Concentration
    • Information Theory
    • Random Processes
    • Random Graphs
    • Statistical Inference
    • Estimation
  • EECS127
    • Linear Algebra
    • Fundamentals of Optimization
    • Linear Algebraic Optimization
    • Convex Optimization
    • Duality
  • EE128
    • Introduction to Control
    • Modeling Systems
    • System Performance
    • Design Tools
    • Cascade Compensation
    • State-Space Control
    • Digital Control Systems
    • Cayley-Hamilton
  • EECS225A
    • Hilbert Space Theory
    • Linear Estimation
    • Discrete Time Random Processes
    • Filtering
  • EE222
    • Real Analysis
    • Differential Geometry
    • Nonlinear System Dynamics
    • Stability of Nonlinear Systems
    • Nonlinear Feedback Control
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Introduction

NextEE120

Last updated 3 years ago

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While taking courses at the University of California, Berkeley, I have created detailed notes for many of the classes I have taken. In particular, I have notes for

  1. EE16B: Designing Information Devices and Systems II

  2. EE120: Signals and Systems

  3. EE123: Digital Signal Processing

  4. EECS126: Probability and Random Processes

  5. EECS127: Optimization Models in Engineering

  6. EE128: Feedback Control

  7. EECS225A: Statistical Signal Processing

  8. CS61B: Data Structures

  9. CS61C: Machine Structures

These notes exist as PDFs on and also here in this book. If you don't see notes from the list above in this book, I have not converted them, and you should use the PDF from the website.

All of these notes are from the semester in which I took the course, so they may be different from the current offering of the course. If you find any inaccuracies, please make an issue or a pull request on the .

my website
GitHub repository