Advanced Linear Algebra
Advanced Linear Algebra
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DOI:
10.1201/b18994
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发表时间:
2015-12
期刊:
影响因子:
--
通讯作者:
Hugo J. Woerdeman
中科院分区:
文献类型:
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作者:
Hugo J. Woerdeman
Fields and Matrix Algebra The Field Z3 The Field Axioms Field Examples Matrix Algebra over Different Fields Exercises Vector Spaces Definition of a Vector Space Vector Spaces of Functions Subspaces and More Examples of Vector Spaces Linear Independence, Span, and Basis Coordinate Systems Exercises Linear Transformations Definition of a Linear Transformation Range and Kernel of Linear Transformations Matrix Representations of Linear Maps Exercises The Jordan Canonical Form The Cayley-Hamilton Theorem Jordan Canonical Form for Nilpotent Matrices An Intermezzo about Polynomials The Jordan Canonical Form The Minimal Polynomial Commuting Matrices Systems of Linear Differential Equations Functions of Matrices The Resolvent Exercises Inner Product and Normed Vector Spaces Inner Products and Norms Orthogonal and Orthonormal Sets and Bases The Adjoint of a Linear Map Unitary Matrices, QR, and Schur Triangularization Normal and Hermitian Matrices Singular Value Decomposition Exercises Constructing New Vector Spaces from Given Ones The Cartesian Product The Quotient Space The Dual Space Multilinear Maps and Functionals The Tensor Product Anti-Symmetric and Symmetric Tensors Exercises How to Use Linear Algebra Matrices You Can't Write Down, but Would Still Like to Use Algorithms Based on Matrix Vector Products Why Use Matrices When Computing Roots of Polynomials? How to Find Functions with Linear Algebra? How to Deal with Incomplete Matrices Solving Millennium Prize Problems with Linear Algebra How Secure Is RSA Encryption? Quantum Computation and Positive Maps Exercises How to Start Your Own Research Project Answers to Exercises