The functions include a wide variety of matrix factorizations, resolution of linear equations and calculations of eigenvalues or singular values, among others. With MATLAB linear algebra functions, it is possible to perform fast and numerically robust matrix calculations. The main functions use libraries optimized for processors that allow quick calculations of vectors and matrices. Mathematical functions offer a wide variety of calculation methods to analyze data, develop algorithms and create models. All of these MATLAB tools and functions are rigorously tested and designed to work together. The desktop environment invites you to experience, explore and discover. The integrated graphics facilitate the visualization of the data and the obtaining of information from them. The MATLAB language, based on matrices, is the most natural way to express computational mathematics. eigenvectors and eigenvaluesĥ.4 Vector spaces, linear applications and quadratic forms introduction MATRICES, VECTOR SPACES AND LINEAR APPLICATIONSĥ.3 Decomposition of matrices. contour plotsĪLGEBRAIC EXPRESSIONS, POLYNOMIALS, EQUATIONS AND SYSTEMSĤ.1 Expanding, simplifying and factoring algebraic expressionsĤ.4 Solving equations and systems of equationsĤ.9 The symmetric and non-negative least squares methods SURFACESģ.3 Curves in explicit, implicit, parametric and polar coordinatesģ.5 Explicit and parametric surfaces.
VariableS, numbers, operators and functionsĢ.2.2 Functions of integers and divisibilityĢ.2.8 Elementary functions that support complex vector argumentsĢ.2.9 Elementary functions that support complex matrix argumentsĬurves in explicit, PARAMETRIC and polar coordinates. Perez INDEXġ.7 Commands to exit and escape to the MS-DOS environment
MATHEMATICS With Matlab: Functions, Graphics And Linear ALGEBRA C.
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