MATLAB for Engineers
by Moore, HollyEdition: 2nd
Format: Paperback
Pub. Date: 2009-01-01
Publisher(s): Prentice Hall
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Summary
With a hands-on approach and focus on problem solving, this introduction to Matlab uses examples drawn from a range of engineering disciplines to demonstrate Matlabrs"s applications to a broad variety of problems.Encourages readers to type in examples as they go for immediate application of techniques presented. Includes numerous broad-based examples embedded in the text, practice exercises with solutions, and hints related to commonly encountered problems. Introduces m-files early in the text to make it easier for readers to save their work and develop a consistent programming strategy.For those interested in learning Matlab.
Table of Contents
| Previous edition TOC | |
| An Introduction to Basic Matlab Skills | |
| About Matlab | |
| What is Matlab? | |
| Student Edition of Matlab | |
| How is Matlab used in Industry? | |
| Electrical Engineering | |
| Biomedical Engineering | |
| Fluid Dynamics | |
| Problem Solving in Engineering and Science | |
| Matlab Environment | |
| Getting Started | |
| Matlab Windows | |
| Command Window | |
| Command History | |
| Workspace Window | |
| Current Directory Window | |
| Document Window | |
| Graphics Window | |
| Edit Window | |
| Start Button | |
| Solving Problems with Matlab | |
| Using Variables | |
| Matrices in Matlab | |
| Scalar Operations | |
| Order of Operation | |
| Array Operations | |
| Number Display | |
| Scientific Notation | |
| Display Format | |
| Saving Your Work | |
| Saving Variables | |
| Script M-files | |
| Built-in Matlab Functions | |
| Using Built-in Functions | |
| Using the Help Feature | |
| Elementary Math Functions | |
| Common Computations | |
| Rounding Functions | |
| Discrete Mathematics | |
| Trigonometric Functions | |
| Data Analysis Functions | |
| Maximum and Minimum | |
| Mean and Median | |
| Sums and Products | |
| Sorting Values | |
| Determining Matrix Size | |
| Variance and Standard Deviation | |
| Random Numbers | |
| Uniform Random Numbers | |
| Gaussian Random Numbers | |
| Complex Numbers | |
| Computational Limits | |
| Special Values and Miscellaneous Functions | |
| Manipulating Matlab Matrices | |
| Manipulating Matrices | |
| Defining Matrices | |
| Using the Colon Operator | |
| Problems with Two Variables | |
| Special Matrices | |
| Matrix of Zeros | |
| Matrix of Ones | |
| Diagonal Matrices | |
| Magic Matrices | |
| Plotting | |
| Two Dimensional Plots | |
| Basic Plotting | |
| Line, Color and Mark Style | |
| Axis Scaling and Annotating Plots | |
| Subplots | |
| Other Types of Two Dimensional Plots | |
| Polar Plots | |
| Logarithmic plots | |
| Bar Graphs and Pie Charts | |
| Histograms | |
| X-Y Graphs with two Y Axes | |
| Function Plots | |
| Three Dimensional Plotting | |
| Three Dimensional Line Plot | |
| Surface Plots | |
| Editing Plots from the Menu Bar | |
| Creating Plots from the Workspace Window | |
| Saving Your Plots | |
| Programming in Matlab | |
| User-Defined Functions | |
| Creating Function M-files | |
| Syntax | |
| Comments | |
| Functions with Multiple Inputs and Outputs | |
| Functions with No input or no outputs | |
| Determining the number of input and output arguments | |
| Local Variables | |
| Global Variables | |
| Accessing M-file Code | |
| Creating Your Own Tool Box of Functions | |
| Anonymous Functions | |
| Function Functions | |
| User Controlled Input and Output | |
| User Defined Input | |
| Output Options | |
| Display function | |
| Formatted Output (fprintf) | |
| Graphical Input | |
| Using Cell Mode in Matlab M-files | |
| Reading and Writing Data From Files | |
| Logical Functions and Control Structures | |
| Relational and Logical Operators | |
| Flow Charts and Pseudo-Code | |
| Logical Functions | |
| Find | |
| Flow Charting and Pseudo Code for Find Commands | |
| Selection Structures | |
| The Simple if | |
| If/Else | |
| Elseif | |
| Switch and | |
| Table of Contents provided by Publisher. All Rights Reserved. |
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