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Home
Coding
Coding
- Algorithm
  Algorithm
  - Algorithm Pattern
  - Sliding Window
  - Two Pointers
  - Binary Search
  - Sort
  - Backtracking
  - Searching
  - Dynamic Programming
  - Bitwise
  - Greedy
  - Math
  - Geometry(2D)
  - Graph
- C++
  C++
- Concurrency
  Concurrency
  - C++ Concurrency in Action
  - Cuda Coding
- Data Structure
  Data Structure
  - Stack
  - Queue
  - Linked List
  - K-d Tree
  - Tree
  - Hash Table
  - Array
  - LRU(Latest Recently Used) Cache
  - LFU
  - String
  - Trie
  - Union-Find
  - Fenwick Tree
  - Segment Tree
- System Design
  System Design
Deep Learning
Deep Learning
Math
Math
- Calculus
  Calculus
- Linear Algebra
  Linear Algebra
  - Summary
  - Ax equal b and the Four Subspaces
    Ax equal b and the Four Subspaces
    
    The Geometry of Linear Equations
    
    An Overview of Linear Algebra
    
    Elimination with Matrices
    
    Multiplication and Inverse Matrices
    
    Factorization into A=LU
    
    Transpose, permutations, spaces R^n
    
    Column Space and Nullspace
    
    Soving Ax = 0: pivot variables, special solutions
    
    Solving Ax = b: row reduced form R
    
    Independence, Basis and Dimension
    
    The Four Fundamental Subspaces
    
    Matrix spaces, Rand 1 and Small World Graphs
    
    Graphs, Networks and Incidence Matrices
  - Least Squares Determinants and Eigenvalues
    Least Squares Determinants and Eigenvalues
    
    Orthogonal vectors and subspaces
    
    Projections onto Subspaces
    
    Projection Matrices and Least Squares
    
    Orthogonal Matrices and Gram-Schmidt
    
    Properties of Determinants
    
    Determinant Formulas and Cofactors
    
    Cramer's Rule, Inverse Matrix, and Volume
    
    Eigenvalues and Eigenvectors
    
    Diagonalization and Powers of A
    
    Differential Equations and e^At
    
    Markov Matrices and Fourier Series
  - Positive Definite Matrices and Applications
    Positive Definite Matrices and Applications
    
    Symmetric Matrices and Positive definiteness
    
    Complex Matrices and Fast Fourier Transform
    
    Positive Definite Matrices and Minima
    
    Similar Matrices and Jordan Form
    
    Singular Value Decomposition(SVD)
    
    Linear Transformations and their Matrices
    
    Change of Basis and Image Compression
    
    Left and Right Inverse; Pseudoinverse
- Probability
  Probability
  - Summary
  - Sample Space and Probability
Self Driving
Self Driving
- Control
  Control
  - Models for car like vehicles
  - Path tracking
- Map
  Map
  - Autonomous Hdmap Format
- Planning
  Planning
- Prediction
  Prediction
- Routing
  Routing
  - A star
Tools
Tools

Summary¶

There are the notes I took while learning the book The Calculus Lifesaver

TODO:

add last chapter of the book
add mind map for this course

summary

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