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Cover Art
PRINTED BOOKS
Author Higham, Desmond J., 1964-

Title MATLAB guide / Desmond J. Higham, Nicholas J. Higham.

Published Philadelphia : Society for Industrial and Applied Mathematics, 2000.

Copies

Location Call No. Status
 UniM ERC  518.0285 HIGH 1st ed.    AVAILABLE
Physical description xxii, 283 pages : illustrations ; 27 cm
Bibliography Includes bibliographical references and index.
Contents 2.1 Interaction and Script Files 21 -- 2.2 More Fundamentals 22 -- 3 Distinctive Features of MATLAB 31 -- 3.1 Automatic Storage Allocation 31 -- 3.2 Functions with Variable Arguments Lists 31 -- 3.3 Complex Arrays and Arithmetic 32 -- 4 Arithmetic 35 -- 4.1 IEEE Arithmetic 35 -- 4.2 Precedence 37 -- 4.3 Mathematical Functions 38 -- 5 Matrices 39 -- 5.1 Matrix Generation 39 -- 5.2 Subscripting and the Colon Notation 45 -- 5.3 Matrix and Array Operations 47 -- 5.4 Matrix Manipulation 50 -- 5.5 Data Analysis 52 -- 6 Operators and Flow Control 57 -- 6.1 Relational and Logical Operators 57 -- 6.2 Flow Control 62 -- 7 M-Files 67 -- 7.1 Scripts and Functions 67 -- 7.2 Editing M-Files 73 -- 7.3 Working with M-Files and the MATLAB Path 73 -- 7.4 Command/Function Duality 75 -- 8 Graphics 77 -- 8.1 Two-Dimensional Graphics 77 -- 8.2 Three-Dimensional Graphics 88 -- 8.3 Specialized Graphs for Displaying Data 99 -- 8.4 Saving and Printing Figures 102 -- 8.5 On Things Not Treated 104 -- 9 Linear Algebra 107 -- 9.1 Norms and Condition Numbers 107 -- 9.2 Linear Equations 109 -- 9.3 Inverse, Pseudo-Inverse and Determinant 111 -- 9.4 LU and Cholesky Factorizations 112 -- 9.5 QR Factorization 113 -- 9.6 Singular Value Decomposition 115 -- 9.7 Eigenvalue Problems 116 -- 9.8 Iterative Linear Equation and Eigenproblem Solvers 120 -- 9.9 Functions of a Matrix 123 -- 10 More on Functions 125 -- 10.1 Passing a Function as an Argument 125 -- 10.2 Subfunctions 127 -- 10.3 Variable Numbers of Arguments 128 -- 10.4 Global Variables 129 -- 10.5 Recursive Functions 131 -- 10.6 Exemplary Functions in MATLAB 132 -- 11 Numerical Methods 135 -- 11.1 Polynomials and Data Fitting 135 -- 11.2 Nonlinear Equations and Optimization 139 -- 11.3 Fast Fourier Transform 143 -- 12.1 Quadrature 145 -- 12.2 Ordinary Differential Equations 148 -- 12.3 Boundary Value Problems with bvp4c 163 -- 12.4 Partial Differential Equations with pdepe 170 -- 13 Input and Output 177 -- 13.1 User Input 177 -- 13.2 Output to the Screen 178 -- 13.3 File Input and Output 180 -- 14 Troubleshooting 183 -- 14.1 Errors and Warnings 183 -- 14.2 Debugging 185 -- 14.3 Pitfalls 186 -- 15 Sparse Matrices 189 -- 15.1 Sparse Matrix Generation 189 -- 15.2 Linear Algebra 191 -- 16 Further M-Files 195 -- 16.1 Elements of M-File Style 195 -- 16.2 Profiling 196 -- 17 Handle Graphics 201 -- 17.1 Objects and Properties 201 -- 17.2 Animation 207 -- 18 Other Data Types and Multidimensional Arrays 217 -- 18.1 Strings 217 -- 18.2 Multidimensional Arrays 219 -- 18.3 Structures and Cell Arrays 221 -- 19 Symbolic Math Toolbox 227 -- 19.1 Equation Solving 227 -- 19.2 Calculus 230 -- 19.3 Linear Algebra 235 -- 19.4 Variable Precision Arithmetic 237 -- 19.5 Other Features 238 -- 20 Optimizing M-Files 241 -- 20.1 Vectorization 241 -- 20.2 Preallocating Arrays 243 -- 20.3 Miscellaneous Optimizations 244 -- 20.4 Case Study: Bifurcation Diagram 244 -- 21 Tricks and Tips 249 -- 21.1 Empty Arrays 249 -- 21.2 Exploiting Infinities 250 -- 21.3 Permutations 250 -- 21.4 Rank 1 Matrices 252 -- 21.5 Set Operations 253 -- 21.6 Subscripting Matrices as Vectors 253 -- 21.7 Triangular and Symmetric Matrices 254 -- A Changes in MATLAB 257 -- A.1 MATLAB 5.0 257 -- A.2 MATLAB 5.3 257 -- A.3 MATLAB 6 257 -- B Toolboxes 259.
Other author Higham, Nicholas J., 1961-
Subject MATLAB.
Numerical analysis -- Data processing.
ISBN 0898714699