Linear Algebra

Linear Algebra课程：前往报名学习

Linear Algebra视频慕课课程简介：

To illustrate the beauty and power of Linear Algebra.

前往报名学习

Linear Algebra课程列表：

Chapter 1 Gaussian Elimination and Matrices

-线性代数-01 Gaussian Elimination

--01 Gaussian Elimination

-线性代数-02 Linear Equations

--02 Linear Equations

-线性代数-03Vectors in R^n

--03 Vectors in R^n

-线性代数-04 Matrix Multiplication

--04 Matrix Multiplication

-线性代数-05 Elementary Matrices

--05 Elementary Matrices

-线性代数-06 The Interplay

--06 The Interplay

-线性代数-07 LU Factorization

--07 LU Factorization

-线性代数-08 Inverses

--08 Inverses

-线性代数-09 Inverses Properties

--09 Inverses Properties

-线性代数-10 Example Transposes

--10 Example Transposes

-线性代数-11 Partitioned Matrices

--11 Partitioned Matrices

-Gaussian Elimination and Matrices

Chapter 2 Vector Spaces

-线性代数-12 Vector Spaces and Examples

--12 Vector Spaces and Examples

-线性代数-13 Subspaces

--13 Subspaces

-线性代数-14 Linear Independence

--14 Linear Independence

-线性代数-15 Basis

--15 Basis

-线性代数-16 Maximum Linealy Independent Subset

--16 Maximum Linealy Independent Subset

-线性代数-17Solving Ax=0

--17 Solving Ax=0

-线性代数-18 Solving Ax=b

--18 Solving Ax=b

-线性代数-19 Four Fundamental Subspaces

--19 Four Fundamental Subspaces

-Vector Spaces

Chapter 3 Orthogonality

-线性代数-20 Inner Product

--20 Inner Product

-线性代数-21 Orthogonal Vectors

--21 Orthogonal Vectors

-线性代数-22Projection Onto Lines

--22Projection Onto Lines

-线性代数-23 Projection Onto Column Space

--23 Projection Onto Column Space

-线性代数-24 Least-Squares

--24 Least-Squares

-线性代数-25 Orthonormal Basis

--25 Orthonormal Basis

-线性代数-26Gram-Schmidt Orthogonalization Procedure

--26 Gram-Schmidt Orthogonalization Procedure

-线性代数-27 QR Factorization

--线性代数-27 QR Factorization

-Orthogonality

Chapter 4 Determinants

-线性代数-28 Determinants Detinition

--28 Determinants Detinition

-线性代数-29 Determinants Properties

--29 Determinants Properties

-线性代数-30 Determinants Formulas

--30 Determinants Formulas

-线性代数-31 Determinants Examples

--31 Determinants Examples

-线性代数-32 Inverses

--32 Inverses

-线性代数-33 Volume

--33 Volume

-线性代数-34 Cramer's Rule

--34 Cramer's Rule

-Determinants

Chapter 5 Eigenvalues and Eigenvectors

-线性代数-35 Introduction

--35 Introduction

-线性代数-36 Eigenvalues And Eigenvectors

--36 Eigenvalues And Eigenvectors

-线性代数-37 Diagonalization of a Matrix

--37 Diagonalization of a Matrix

-线性代数-38 Diagonalization of a Matrix- Application

--38 Diagonalization of a Matrix- Application

-线性代数-39 System of Differential Equations

--39 System of Differential Equations

-Eigenvalues and Eigenvectors

Chapter 6 Positive Definite Matrices and Quadratic Forms

-线性代数-40 Complex Matrices

--40 Complex Matrices

-线性代数-41Linear Transformations

--41 Linear Transformations

-线性代数-42 Similarity Transformations

--42 Similarity Transformations

-线性代数-43 Jordan Form

--43 Jordan Form

-线性代数-44 Quadratic Forms

--44 Quadratic Forms

-线性代数-45 Positive Definite Matrices

--45 Positive Definite Matrices

-线性代数-46 Positive Semi-Definite Matrices

--46 Positive Semi-Definite Matrices

-线性代数-47 Congruence Transformation

--47 Congruence Transformation_converted

-线性代数-48 Singularity Value Decomposition

--48 Singularity Value Decomposition_converted

-线性代数-49 Application_converted

--49 Application_converted

-线性代数-50 Minimum Principles

--50 Minimum Principles

-Positive Definite Matrices and Quadratic Forms

Final Exam

-Linear Algebra Final Exam

Linear Algebra开设学校：南方科技大学

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