The MATLAB R2012a a completely self through(Chinese Edition)
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The MATLAB R2012a a completely self through(Chinese Edition) (2013)
~EN PB NWISBN: 9787121188329 bzw. 7121188325, vermutlich in Englisch, Taschenbuch, neu.
Lieferung aus: China, Volksrepublik, Versandkosten nach: DEU.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 Pages: 772 in Publisher: Publishing House of Electronics Industry MATLAB R2012a completely self a pass-oriented MATLAB middle-class readers. introduce MATLAB R2012a integrated environment based on MATLAB use knowledge and tools. a detailed introduction to each chapter in the book provides a large number of specific examples for readers combat exercises. According to the different emphases of content. the book is divided into 20 chapters: 1 to 5 based part explain the MATLAB Overview. math basics. arrays and matrices. Programming Fundamentals and data visualization; 6 to 8 mathematical application part. explain the data analysis and processing. symbolic math calculation and probability statistics. etc.; 9 to Chapter 15 of the engineering applications part. explain the partial differential equations. optimization. image processing. signal processing. wavelet analysis Toolbox. Simulink foundation and applications; 16 to 20 to expand the knowledge part. explain Handle Graphics. GUI programming. file I \ O. compiler and application interfaces. Are recorded in M "documents and other relevant documents. the user can set the directory to the working directory. the direct use of the M-file operations. in order to grasp the MATLAB command MATLAB. the examples in this book are better able to operate in order to enable users Using the method. Contents: Chapter 1 MATLAB R2012A Overview 1.1 MATLAB R2012a The MathWorks its products Introduction 1.1.1 Overview 1.1.2 MATLAB history 1.1.3 MATLAB with the main features of the other mathematical software 1.1.4 MATLAB 1.1.5 MATLAB system 1.1 .6 MATLAB toolbox Introduction 1.1.7 MATLAB R2012a new features in 1.2 MATLAB R2012a Install and Uninstall 1.2.1 1.2.2 installation process uninstall 1.2.3 MATLAB 1.4 MATLAB R2012a 1.3 MATLAB R2012a directory structure of the work environment 1.4. 1 Start button 1.4.2 menu bar 1.4.3 Toolbar 1.4.4 command window (Command Window) 1.4.5 workspace (Workspace) 1.4.6 Command History window (Command History) 1.5 MATLAB R2012a General Command 1.6 MATLAB R2012a File Management 1.6.2 1.6.1 directory browser and path management search path set 1.7 MATLAB R2012a plain text Help Help System 1.7.1 1.7.2 demo (Demos) Help to 1.7.3 help navigate Browser 1.8 MATLAB Numeric Types 2.1.2 logic type. the initial 1.9 Chapter Summary Chapter 2 MATLAB basics 2.1 data types 2.1.1 2.1.3 character and string 2.1.4 function handle 2.1.5 structure type 2.1.6 the unit array type 2.1. 7 cell array type. container type. (cell) 2.1.8 map 2.2 basic concept of the matrix and an array of matrix operations 2.2.1 distinguish 2.2.2 Matrix structure 2.2.3 matrix size and structure changes in 2.2.4 Matrix subscript references 2.2.5 for 2.2.6 Matrix matrix information saved and loaded 2.3 Operators 2.3.1 Arithmetic Operators 2.3.2 Relational operators 2.3.3 Logical operators 2.3.4 Operational Priority 2.4 string handling functions 2.4.1 string structure 2.4.2 2.4.3 string find and replace function string comparison function 2.4.4 string - numeric conversion 2.5 Chapter Summary Chapter 3 the creation and operation of the array and matrix 3.1 Array Operators 3.1.1 array 3.1 an array of common arithmetic .2 3.2 matrix operations 3.2.1 change 3.2.3 reconstructed Matrix 3.3 Matrix elements of the size of the matrix operator 3.3.1 Matrix addition and subtraction to create a matrix 3.2.2 3.3.2 matrix multiplication 3.3.3 Matrix division 3.3.5 Matrix elements Find 3.3.6 matrix elements sort 3.3.7 matrix elements summation 3.3.8 matrix elements Quadrature 3.3.9 matrix elements exponentiation operator 3.3.4 Matrix matrix operation of the differential 3.4 3.4. 1 Matrix Analysis 3.5.3 sparse matrix computation stored 3.5.2 3.4.2 3.4.3 3.5 eigenvalues "and eigenvectors of a sparse matrix 3.5.1 sparse matrix matrix factorization sparse matrix generated 3.6 Chapter Summary Chapter 4 MATLAB Programming Fundamentals The special variable variable named file editor 4.1 M 4.2 Variables 4.2.1 4.2.2 variable of type 4.2.3 MATLAB default 4.2.4 Keywords 4.3 MATLAB control flow 4.3.1 sequential structure 4.3.2 if-else-end the branch structure 4.3.3 switch-case4.3.4 try-catch structure 4.3.5 for loop structure 4.3.6 while loop structure 4.4 Other commonly used to control program flow instruction 4.4.1 return instruction 4.4.2 input and keyboard Directive 4.4.3 yesinput 4.4.5 continue instruction 4.4.6 eak instruction 4.4.7 error and warning instructions the general structure of the 4.5 script and function 4.5.1 script 4.5.2 function 4.5.3 M files. instruction 4.4.4 pause command 4.5.4 anonymous function. sub functions. private functions and private directory 4.5.6 4.5.7 eval overloaded functions. the feval function and inline function 4.5.8 inline function 4.5.9 to quantify and pre-assigned are 4.5.10 function of function 4.5.11 P code file The basic concepts of variable detection and pass 4.6.1 input \ output variables of detection 4.6 M file instruction 4.7.1 4.6.2 variable number of input \ output variables 4.6.3 cross-spatial variables passed 4.7 MATLAB program debugging program debugging 4.7. 2 direct debugging method 4.7.3 Debugging 4.7.4 tool debugging method 4.7.5 program performance optimization technology 4.8 Summary Chapter 5 Data Visualization 5.1 graphics rendering 5.1.1 discrete data and discrete function 5.1.2 Continuous debugging function the function 5.1.3 graphics rendering the example 5.1.4 graphics rendering basic steps 5.2 2D graphics rendering 5.2.1 plot instruction 5.2.2 grille 5.2.3 text description a 5.2.4 of linear. marking and color 5.2.5 axis settings 5.2.6 graphical Diego painted 5.2.7 sub-mapping 5.2.7 interactive mapping 5.2.8 dual axis drawing the 5.2.9 fplot drawing instructions the 5.2.10 explot drawing instructions 5.2.11 special axis drawing two-dimensional 5.2.12 special 5.3.2 a grid mapping 5.3.3 Surface chart drawing 5.3.4 illumination model 5.3.5 draw contour map graphics functions 5.3 3D graphics rendering 5.3.1 graph drawing 5.4 four-dimensional graphical visualization 5.4.1 with color Description fourth dimension 5.4.2 Other functions 5.5 in this chapter Summary Chapter 6 Data Analysis 6.1 polynomial function 6.1.1 polynomial expressions and create 6.1.2 6.1.3 Polynomial Polynomial Roots four operators 6.1.4 polynomial polynomial arithmetic functions and operating instructions derivative. integral and valuation 6.1.5 6.1.6 rational polynomial 6.2 data interpolation 6.2.1 The one-dimensional interpolation 6.2.2 6.3 functions dimensional interpolation the limit 6.3.1 limit concept 6.3.2 Limit function 6.4 function numerical integrator 6.4.1 numerical integration problems of mathematical symbolic math expressions the 6.4.2 one yuan function of numerical integration 6.4.3 multiple numerical integration 6.5 Chapter Summary Chapter 7 calculation of 7.1 MATLAB symbolic computation Overview 7.2 symbolic objects and symbolic expressions 7.2.1 symbolic object creation commands 7.2.2 symbolic object creation example 7.2.3 Symbolic Computation operator and function 7.2.4 symbol object category recognition function 7.2 .5 symbolic expression variables calculated 7.2.6 symbols accuracy is determined symbolic expression of 7.3 symbolic expression operation 7.3.1 7.3.2 symbolic expressions merge 7.3.3 Expand symbolic expressions 7.3.4 symbolic expressions nested 7.3 .5 symbolic expressions decomposition 7.3.6 symbolic expression simplification 7.4 symbolic expressions replace 7.4.1 subs replace function is 7.4.2 subexpr replacement composite function function 7.5 symbolic function operation 7.5.1 Operation 7.5.2 inverse function operation 7.6 symbols Taylor series. the symbolic expression of the sum of series of symbolic expressions of the differential calculus limit 7.6.2 7.6.1 symbolic expressions symbolic expressions 7.6.3 symbolic expressions Points 7.6.4 7.6.5 7.7 Symbolic Integration Transform 7.7.1 Fourier Transform and its inverse transform 7.7.2 Laplace transform and its inverse transform 7.7.3 Z transform and its inverse transform 7.8 symbolic algebraic equations 7.9 symbol differential equation solving 7.10 symbolic analysis visualization 7.10 Probability and Statistics 8.1 .1 funtool analysis interface the 7.10.2 taylortool Analysis Interface 7.11 This chapter Summary Chapter 8 to generate random variables 8.1.1 binomial distribution of random data generated 8.1.2 normally distributed random data generated 8.1.3 common distribution 8.2 The probability density of the random number generator calculated the 8.2.1 universal function of the probability density value 8.2.2 dedicated function probability density values ??8.3 cumulative probability distribution 8.3.1 generic function cumulative probability value of 8.3. Satisfaction guaranteed,or money back.
Von Händler/Antiquariat, BookerStudy.
paperback. New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2013 Pages: 772 in Publisher: Publishing House of Electronics Industry MATLAB R2012a completely self a pass-oriented MATLAB middle-class readers. introduce MATLAB R2012a integrated environment based on MATLAB use knowledge and tools. a detailed introduction to each chapter in the book provides a large number of specific examples for readers combat exercises. According to the different emphases of content. the book is divided into 20 chapters: 1 to 5 based part explain the MATLAB Overview. math basics. arrays and matrices. Programming Fundamentals and data visualization; 6 to 8 mathematical application part. explain the data analysis and processing. symbolic math calculation and probability statistics. etc.; 9 to Chapter 15 of the engineering applications part. explain the partial differential equations. optimization. image processing. signal processing. wavelet analysis Toolbox. Simulink foundation and applications; 16 to 20 to expand the knowledge part. explain Handle Graphics. GUI programming. file I \ O. compiler and application interfaces. Are recorded in M "documents and other relevant documents. the user can set the directory to the working directory. the direct use of the M-file operations. in order to grasp the MATLAB command MATLAB. the examples in this book are better able to operate in order to enable users Using the method. Contents: Chapter 1 MATLAB R2012A Overview 1.1 MATLAB R2012a The MathWorks its products Introduction 1.1.1 Overview 1.1.2 MATLAB history 1.1.3 MATLAB with the main features of the other mathematical software 1.1.4 MATLAB 1.1.5 MATLAB system 1.1 .6 MATLAB toolbox Introduction 1.1.7 MATLAB R2012a new features in 1.2 MATLAB R2012a Install and Uninstall 1.2.1 1.2.2 installation process uninstall 1.2.3 MATLAB 1.4 MATLAB R2012a 1.3 MATLAB R2012a directory structure of the work environment 1.4. 1 Start button 1.4.2 menu bar 1.4.3 Toolbar 1.4.4 command window (Command Window) 1.4.5 workspace (Workspace) 1.4.6 Command History window (Command History) 1.5 MATLAB R2012a General Command 1.6 MATLAB R2012a File Management 1.6.2 1.6.1 directory browser and path management search path set 1.7 MATLAB R2012a plain text Help Help System 1.7.1 1.7.2 demo (Demos) Help to 1.7.3 help navigate Browser 1.8 MATLAB Numeric Types 2.1.2 logic type. the initial 1.9 Chapter Summary Chapter 2 MATLAB basics 2.1 data types 2.1.1 2.1.3 character and string 2.1.4 function handle 2.1.5 structure type 2.1.6 the unit array type 2.1. 7 cell array type. container type. (cell) 2.1.8 map 2.2 basic concept of the matrix and an array of matrix operations 2.2.1 distinguish 2.2.2 Matrix structure 2.2.3 matrix size and structure changes in 2.2.4 Matrix subscript references 2.2.5 for 2.2.6 Matrix matrix information saved and loaded 2.3 Operators 2.3.1 Arithmetic Operators 2.3.2 Relational operators 2.3.3 Logical operators 2.3.4 Operational Priority 2.4 string handling functions 2.4.1 string structure 2.4.2 2.4.3 string find and replace function string comparison function 2.4.4 string - numeric conversion 2.5 Chapter Summary Chapter 3 the creation and operation of the array and matrix 3.1 Array Operators 3.1.1 array 3.1 an array of common arithmetic .2 3.2 matrix operations 3.2.1 change 3.2.3 reconstructed Matrix 3.3 Matrix elements of the size of the matrix operator 3.3.1 Matrix addition and subtraction to create a matrix 3.2.2 3.3.2 matrix multiplication 3.3.3 Matrix division 3.3.5 Matrix elements Find 3.3.6 matrix elements sort 3.3.7 matrix elements summation 3.3.8 matrix elements Quadrature 3.3.9 matrix elements exponentiation operator 3.3.4 Matrix matrix operation of the differential 3.4 3.4. 1 Matrix Analysis 3.5.3 sparse matrix computation stored 3.5.2 3.4.2 3.4.3 3.5 eigenvalues "and eigenvectors of a sparse matrix 3.5.1 sparse matrix matrix factorization sparse matrix generated 3.6 Chapter Summary Chapter 4 MATLAB Programming Fundamentals The special variable variable named file editor 4.1 M 4.2 Variables 4.2.1 4.2.2 variable of type 4.2.3 MATLAB default 4.2.4 Keywords 4.3 MATLAB control flow 4.3.1 sequential structure 4.3.2 if-else-end the branch structure 4.3.3 switch-case4.3.4 try-catch structure 4.3.5 for loop structure 4.3.6 while loop structure 4.4 Other commonly used to control program flow instruction 4.4.1 return instruction 4.4.2 input and keyboard Directive 4.4.3 yesinput 4.4.5 continue instruction 4.4.6 eak instruction 4.4.7 error and warning instructions the general structure of the 4.5 script and function 4.5.1 script 4.5.2 function 4.5.3 M files. instruction 4.4.4 pause command 4.5.4 anonymous function. sub functions. private functions and private directory 4.5.6 4.5.7 eval overloaded functions. the feval function and inline function 4.5.8 inline function 4.5.9 to quantify and pre-assigned are 4.5.10 function of function 4.5.11 P code file The basic concepts of variable detection and pass 4.6.1 input \ output variables of detection 4.6 M file instruction 4.7.1 4.6.2 variable number of input \ output variables 4.6.3 cross-spatial variables passed 4.7 MATLAB program debugging program debugging 4.7. 2 direct debugging method 4.7.3 Debugging 4.7.4 tool debugging method 4.7.5 program performance optimization technology 4.8 Summary Chapter 5 Data Visualization 5.1 graphics rendering 5.1.1 discrete data and discrete function 5.1.2 Continuous debugging function the function 5.1.3 graphics rendering the example 5.1.4 graphics rendering basic steps 5.2 2D graphics rendering 5.2.1 plot instruction 5.2.2 grille 5.2.3 text description a 5.2.4 of linear. marking and color 5.2.5 axis settings 5.2.6 graphical Diego painted 5.2.7 sub-mapping 5.2.7 interactive mapping 5.2.8 dual axis drawing the 5.2.9 fplot drawing instructions the 5.2.10 explot drawing instructions 5.2.11 special axis drawing two-dimensional 5.2.12 special 5.3.2 a grid mapping 5.3.3 Surface chart drawing 5.3.4 illumination model 5.3.5 draw contour map graphics functions 5.3 3D graphics rendering 5.3.1 graph drawing 5.4 four-dimensional graphical visualization 5.4.1 with color Description fourth dimension 5.4.2 Other functions 5.5 in this chapter Summary Chapter 6 Data Analysis 6.1 polynomial function 6.1.1 polynomial expressions and create 6.1.2 6.1.3 Polynomial Polynomial Roots four operators 6.1.4 polynomial polynomial arithmetic functions and operating instructions derivative. integral and valuation 6.1.5 6.1.6 rational polynomial 6.2 data interpolation 6.2.1 The one-dimensional interpolation 6.2.2 6.3 functions dimensional interpolation the limit 6.3.1 limit concept 6.3.2 Limit function 6.4 function numerical integrator 6.4.1 numerical integration problems of mathematical symbolic math expressions the 6.4.2 one yuan function of numerical integration 6.4.3 multiple numerical integration 6.5 Chapter Summary Chapter 7 calculation of 7.1 MATLAB symbolic computation Overview 7.2 symbolic objects and symbolic expressions 7.2.1 symbolic object creation commands 7.2.2 symbolic object creation example 7.2.3 Symbolic Computation operator and function 7.2.4 symbol object category recognition function 7.2 .5 symbolic expression variables calculated 7.2.6 symbols accuracy is determined symbolic expression of 7.3 symbolic expression operation 7.3.1 7.3.2 symbolic expressions merge 7.3.3 Expand symbolic expressions 7.3.4 symbolic expressions nested 7.3 .5 symbolic expressions decomposition 7.3.6 symbolic expression simplification 7.4 symbolic expressions replace 7.4.1 subs replace function is 7.4.2 subexpr replacement composite function function 7.5 symbolic function operation 7.5.1 Operation 7.5.2 inverse function operation 7.6 symbols Taylor series. the symbolic expression of the sum of series of symbolic expressions of the differential calculus limit 7.6.2 7.6.1 symbolic expressions symbolic expressions 7.6.3 symbolic expressions Points 7.6.4 7.6.5 7.7 Symbolic Integration Transform 7.7.1 Fourier Transform and its inverse transform 7.7.2 Laplace transform and its inverse transform 7.7.3 Z transform and its inverse transform 7.8 symbolic algebraic equations 7.9 symbol differential equation solving 7.10 symbolic analysis visualization 7.10 Probability and Statistics 8.1 .1 funtool analysis interface the 7.10.2 taylortool Analysis Interface 7.11 This chapter Summary Chapter 8 to generate random variables 8.1.1 binomial distribution of random data generated 8.1.2 normally distributed random data generated 8.1.3 common distribution 8.2 The probability density of the random number generator calculated the 8.2.1 universal function of the probability density value 8.2.2 dedicated function probability density values ??8.3 cumulative probability distribution 8.3.1 generic function cumulative probability value of 8.3. Satisfaction guaranteed,or money back.
Daten vom 07.06.2019 21:25h
ISBN (andere Schreibweisen): 7-121-18832-5, 978-7-121-18832-9
ISBN (andere Schreibweisen): 7-121-18832-5, 978-7-121-18832-9
Zuerst gefunden: 07.06.2019 21:25:06
Zuletzt gefunden: 01.08.2019 04:05:04
Kleinster Preis: € 96,00 (vom 07.06.2019 21:25:06)
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Fundstellen insgesamt: 1
Zuletzt gefunden: 01.08.2019 04:05:04
Kleinster Preis: € 96,00 (vom 07.06.2019 21:25:06)
Höchster Preis: € 96,00 (vom 07.06.2019 21:25:06)
Fundstellen insgesamt: 1
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