Linear Algebra.

Direct and inverse finite-dimensional spectral problems on graphs by: (Electronic resources)

Exercises in numerical linear algebra and matrix factorizations by: (Electronic resources)

Introduction to linear and matrix algebra by: (Electronic resources)

Advanced linear and matrix algebra by: (Electronic resources)

Polynomial identities in algebras by: (Electronic resources)

Visualizing linear models by: (Electronic resources)

Advances in matrix inequalities by: (Electronic resources)

Introduction to matrix theory by: (Electronic resources)

Multivariate, multilinear and mixed linear models by: (Electronic resources)

Around the unit circleMahler measure, integer matrices and roots of unity / by: (Electronic resources)

A first course in group theory by: (Electronic resources)

Groups and symmetrytheory and applications / by: (Electronic resources)

Lectures on variational analysis by: (Electronic resources)

Essential mathematics for undergraduatesa guided approach to algebra, geometry, topology and analysis / by: (Electronic resources)

(Mostly) commutative algebra by: (Electronic resources)

Mathematical methods for engineering applicationsICMASE 2021, Salamanca, Spain, July 1-2 / by: (Electronic resources)

Advanced linear algebra with applications by: (Electronic resources)

Application-inspired linear algebra by: (Electronic resources)

A quantum computation workbook by: (Electronic resources)

Differential equationspractice problems, methods, and solutions / by: (Electronic resources)

Linearization of nonlinear control systems by: (Electronic resources)

Linear algebrafrom the beginnings to the Jordan normal forms / by: (Electronic resources)

Locating eigenvalues in graphsalgorithms and applications / by: (Electronic resources)

Applications of linear and nonlinear modelsfixed effects, random effects, and total least squares / by: (Electronic resources)

Representations of algebrastame and wild behavior / by: (Electronic resources)

Mathematics and computingICMC 2022, Vellore, India, January 6-8 / by: (Electronic resources)

Linear algebra and group theory for physicists and engineers by: (Electronic resources)

Calculus and linear algebrafundamentals and applications / by: (Electronic resources)

Bayesian scientific computing by: (Electronic resources)

A course on Hopf algebras by: (Electronic resources)

Algorithms for sparse linear systems by: (Electronic resources)

Linear algebra for the sciences by: (Electronic resources)

Basic mathematical programming theory by: (Electronic resources)

Applied linear algebra, probability and statisticsa volume in honour of C. R. Rao and Arbind K. Lal / by: (Electronic resources)

Linear algebra with Pythontheory and applications / by: (Electronic resources)

Tensor calculus and differential geometry for engineerswith solved exercises / by: (Electronic resources)

Numerical fourier analysis by: (Electronic resources)

Applied linear algebra and matrix methods by: (Electronic resources)

Foundations of mathematicsa preparatory course / by: (Electronic resources)

Exploring university mathematics with Python by: (Electronic resources)

Pseudo-hermitian random matrices by: (Electronic resources)

Exercises in applied mathematicswith a view toward information theory, machine learning, wavelets, and statistical physics / by: (Electronic resources)

Linear algebra in data science by: (Electronic resources)

Recent developments of fuzzy matrix theory and applications by: (Electronic resources)

Linear algebra done right by: (Electronic resources)

Banach function algebras, arens regularity, and BSE norms by: (Electronic resources)

A course in linear algebra by: (Electronic resources)

Mathematical methods for engineering applicationsICMASE 2023, Madrid, Spain, July 12-14 / by: (Electronic resources)

Linear algebra with applications to economics by: (Electronic resources)

Linear algebra for physics by: (Electronic resources)

Linear algebra in contexta gateway to the discrete fourier transform, bilinear and sesquilinear forms, algebras, tensors and mechanics / by: (Electronic resources)

Numerical mathematics 3x9three subject areas in 27 short chapters / by: (Electronic resources)

Interval linear programming and extensions by: (Electronic resources)

Fundamentals of linear algebra for signal processing by: (Electronic resources)

Analytical methods in physics by: (Electronic resources)

Linear algebrakey ideas and methods for a first course / by: (Electronic resources)

Matrix fundamentalsfrom equation solving to signal processing / by: (Electronic resources)

Linear algebra, data science, and machine learning by: (Electronic resources)

Linear algebra by: (Electronic resources)

Tensors for scientistsa mathematical introduction / by: (Electronic resources)

Lectures on mathematics for economic and financial analysis by: (Electronic resources)

Tensor algebra and tensor analysis for engineerswith applications to continuum mechanics / by: (Electronic resources)

Quintic equations and how to solve them by: (Electronic resources)

MATLAB essentialssymbolic and numeric problem-solving in engineering / by: (Electronic resources)