Introduction to MATLAB and Simulink: A Project Approach by Ottmar Beucher PDF

By Ottmar Beucher

1.1 what's MATLAB? 1 -- 1.2 straight forward MATLAB Constructs three -- 1.2.1 MATLAB Variables four -- 1.2.2 mathematics Operations thirteen -- 1.2.3 Logical and Relational Operations 21 -- 1.2.4 Mathematical features 26 -- 1.2.5 Graphical features 33 -- 1.2.6 I/O Operations 50 -- 1.2.7 Import Wizard fifty two -- 1.2.8 distinctive I/O services fifty two -- 1.2.9 The MATLAB seek course fifty four -- 1.2.10 easy Matrix Manipulations fifty six -- 1.3 extra advanced facts constructions sixty four -- 1.3.1 constructions sixty four -- 1.3.2 mobilephone Arrays seventy two -- 1.3.3 Definition of mobile Arrays seventy three -- 1.3.4 entry to mobile Array parts seventy seven -- 1.4 The MATLAB laptop eighty two -- 1.5 MATLAB support 86 -- 1.6 MATLAB Programming 88 -- 1.6.1 MATLAB systems 88 -- 1.6.2 MATLAB features ninety -- 1.6.3 MATLAB Language Constructs ninety five -- 1.6.4 The functionality eval 107 -- 1.6.5 functionality Handles 109 -- 1.6.6 answer of Differential Equations 113 -- 1.7 MATLAB Editor and Debugger 123 -- 1.7.1 Editor capabilities 123 -- 1.7.2 Debugging capabilities a hundred twenty five -- 1.8 Symbolic Calculations With The Symbolics Toolbox 127 -- 1.8.1 Symbolic "Auxiliary Calculations" 131 -- 2.1 what's Simulink? one hundred thirty five -- 2.2 working precept And administration of Simulink 136 -- 2.2.1 developing a Simulink Block Diagram 138 -- 2.2.2 Parametrizing Simulink Blocks 141 -- 2.2.3 Simulink Simulation a hundred forty five -- 2.3 fixing Differential Equations with Simulink a hundred and fifty -- 2.4 Simplification of Simulink platforms 159 -- 2.4.1 The Fcn Block 159 -- 2.4.2 development of Subsystems one hundred sixty -- 2.5 interplay with MATLAB 164 -- 2.5.1 move of Variables among Simulink and MATLAB 164 -- 2.5.2 generation of Simulink Simulations in MATLAB 167 -- 2.5.3 move of Variables via worldwide Variables 179 -- 2.6 facing attribute Curves a hundred and eighty -- 3.1 hi global 189 -- 3.1.1 customized hi international 189 -- 3.1.2 hi international with enter one hundred ninety -- 3.2 easy Menu 191 -- 3.3 dossier examining and Writing 195 -- 3.3.1 Writing a dossier 195 -- 3.3.2 analyzing a dossier 196 -- 3.4 Sorting 199 -- 3.5 operating with organic photos 202 -- 3.5.1 making a Sub-image 203 -- 3.5.2 operating with a number of photographs 208 -- 3.6 operating with a valid dossier 210 -- 3.7 variations 217 -- 3.8 forthcoming an issue and utilizing Heuristics 222 -- 3.9 Making diversifications quicker 223 -- 3.9.1 A swifter manner 223 -- 3.9.2 Measuring Time 226 -- 3.9.3 the expansion of the matter 228 -- 3.10 seek a dossier 229 -- 3.10.1 a facet observe approximately method instructions 229 -- 3.10.2 DNA Matching 230 -- 3.10.3 Our seek via a dossier 231 -- 3.10.4 Buffering Our facts 234 -- 3.10.5 yet another payment 239 -- 3.10.6 producing Random info 244 -- 3.11 examining a vehicle Stereo 247 -- 3.11.1 A enjoyable Sound impact 254 -- 3.11.2 one other enjoyable Sound impact 255 -- 3.11.3 Why Divide via 2? 256 -- 3.11.4 Stereo attempt end 259 -- 3.12 Drawing a Line 262 -- 3.12.1 discovering issues alongside a Line 262 -- 3.12.2 Coding the answer to issues alongside a Line 264 -- 3.12.3 Drawing the road 267 -- 3.13 Drawing a body 269 -- 3.14 Filling a Diamond form 273 -- 3.15 Drawing a whole dice 278 -- 3.16 Adjusting Our View 282 -- 4.1 suggestions to the MATLAB difficulties 289 -- 4.2 ideas to the Simulink difficulties 349 -- Appendix A desk of mathematics MATLAB Operations 367 -- A.1 mathematics Operations as Matrix Operations 367 -- A.2 mathematics Operations as box Operations 369 -- Appendix C generation info (R2007b) 373 -- C.1 Backwards Compatibility 373 -- C.2 what's New for R2007b 375

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Extra info for Introduction to MATLAB and Simulink: A Project Approach

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The vectors must, therefore, have the same length. If this is not so, MATLAB produces an appropriate error message unless x is a scalar (see help plot). This message shows up in practice, even for experienced MATLAB users, but the error is easily corrected. Many functions can also be plotted simultaneously, either by writing the x, y pairs one after the other in the parameter list or, when the same x vector will always be used, by combining the y vectors into a corresponding matrix. In addition, the form of the graphs in terms of the type of line and color can be varied by using suitable parameters.

A=[1 -3 ;0 0] A = 1 0 -3 0 >> B=[0 5 ;0 1] B = 0 0 5 1 >> res=A&B res = 0 0 1 0 22 INTRODUCTION TO MATLAB & SIMULINK The resulting matrix res only contains a single 1 (logically true), where the corresponding components of the two matrices are both = 0 (logically true), and is 0 (logically false) everywhere else. The relational operators or comparison operators work in a similar fashion. The following sequence checks which components of matrix A are greater than the corresponding components of matrix B.

Given the data structure concept of MATLAB, which essentially relies on matrices, it might seem as though there might be a problem because these functions are not defined for matrices at all. Another glance, however, shows that the solution to this problem is immediately obvious in the examples that have already been discussed. Naturally, the action of an elementary function on a vector or a matrix is again only meaningful in a term-by-term sense. The following sequence shows what is meant by the sine of a vector.

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