Computer programming with matlab

programming with matlab ebook

programming with matlab ebook
... CONFIRMING PAGES PROGRAMMING WITH MATLAB are from highest to lowest: ~, & and | In choosing between operators of equal priority, MATLAB evaluates them from left to right Finally, as with arithmetic ... Page 70 CONFIRMING PAGES PROGRAMMING WITH MATLAB fragment that indicates how a for loop along with the two functions can be employed to create a movie, % create animation with standard plot functions ... cha01102_ch03_048-087.qxd 56 11/9/10 11:13 AM Page 56 CONFIRMING PAGES PROGRAMMING WITH MATLAB 3.2.1 Creating and Accessing Files MATLAB has the capability to both read and write data files The simplest...
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computer programming - java - neural network gui with joone (2002)

computer programming - java - neural network gui with joone (2002)
... one with rows and taps, and another with rows and taps: 24 Joone Editor User Guide X2(t - 3) X1(t - 3) X1(t - 3) -1 -1 -1 X2(t - 2) X1(t - 2) -1 -1 X1(t - 2) -1 X2(t - 1) X1(t - 1) -1 -1 -1 X2(t) ... layer is used in recurrent neural networks like the Jordan-Elman NNs 5.1.6 Nested ANN The nested neural network layer permits an entire neural network to be added to the network being edited Using ... http://www.sun.com/ 41 Joone Editor User Guide 11 Glossary 11.1 Ann / NN Artificial Neural Network Synonymous throughout this document with the term neural network, an interconnected network of simulated...
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programming computer vision with python

programming computer vision with python
... www.it-ebooks.info Programming Computer Vision with Python Jan Erik Solem Beijing • Cambridge • Farnham • K¨ ln • Sebastopol • Tokyo o www.it-ebooks.info Programming Computer Vision with Python by Jan ... Handbook logo, and the O’Reilly logo are registered trademarks of O’Reilly Media, Inc Programming Computer Vision with Python, the image of a bullhead fish, and related trade dress are trademarks of ... point to hands-on computer vision with enough understanding of the underlying theory and algorithms to be a foundation for students, researchers, and enthusiasts The Python programming language,...
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Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 2 pptx

Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 2 pptx
... 111. 32 90. 02 72. 98 0 148.69 118.90 95.07 76. 02 60.79 166 .28 1 32. 96 106. 32 85. 02 67.98 54.36 42. 96 16. 32 2.74 0 54.17 24 .37 5.57 0 71 .28 37.96 11. 32 0 and the option values optionval = 12. 10 0 ... = [4 02. 76 421 .22 405.78 424 .38 408. 82 427 .56 411.89 430.77 414.97 434.00 418.09 437 .26 ] the amount of interest paid, intpmt = [34.50 16.03 31.48 12. 88 28 .44 9.69 25 .37 6.49 22 .28 3 .26 19.17 ... 0.0 624 0.0767 0.0 920 0.1100 0.1378 0.1716 PortReturn 0. 127 9 0.1361 0.14 42 0.1 524 0.1605 0.1687 0.1768 0.1850 PortWts = 0.7000 0.6031 0.4864 0.3696 0 .25 29 0 .20 00 0 .20 00 0 .20 00 = 0 .25 82 0. 324 4...
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Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 4 pdf

Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 4 pdf
... 7282 34 7282 34 728278 728278 728368 72 846 0 72 846 0 728 643 728552 728825 TFactors = 0 0. 240 4 0. 240 4 0. 740 3 1. 240 4 1. 240 4 2. 240 4 CFlowFlags = 0 See Also 2-60 cfdates 3 3 3 4 NaN 1. 740 3 3. 240 4 2. 240 4 ... 0 72. 749 4 58.1706 46 .5981 37 .41 20 0 79.3515 62.9882 49 .9992 39.6887 31.5 044 89.0 642 70.6980 56.1192 44 . 546 7 35.3606 28.0688 2.1627 6.8611 0 0 0.6361 3.7715 10.1591 0 0 1.3018 6.3785 14. 2 245 0 ... Maturity, Period, Basis) Price = 1 04. 8106 99.9951 95 .43 84 AccruedInt = 0 .49 45 0 .49 45 0 .49 45 See Also cfamounts, bndyield 2 -45 bndyield Purpose 2bndyield Yield to maturity for a fixed income security...
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Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 5 potx

Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 5 potx
... payments of $2 .50 and a final payment $102 .50 , with a periodic yield of 2 .5% : cf=[2 .5 2 .5 2 .5 2 .5 2 .5 2 .5 2 .5 2 .5 2 .5 102 .5] ; [d, md]=cfdur(cf, 0.0 25) d = 8.9709 (periods) md = 8. 752 1 (periods) ... 19 95 year, four digits 11 95 year, two digits 12 Mar 95 month year 13 15: 45: 17 hour:minute:second 14 03: 45: 17 PM hour:minute:second AM or PM 15 15: 45 hour:minute 16 Examples 01-Mar-19 95 15: 45: 17 ... ExpCovariance(i,j)/(ExpSigma(i)*ExpSigma(j)) Example ExpCovariance = [0. 25 –0 .5 –0 .5 4.0]; [ExpSigma, ExpCorrC] = cov2corr(ExpCovariance) Expected results: ExpSigma = 0 .5 2.0 ExpCorrC = 1.0 –0 .5 –0 .5 1.0 See Also 2-70 corr2cov, corrcoef,...
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Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 7 docx

Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 7 docx
... 0.0525 0.0541 0.0529 cd = 72 970 0 72 973 5 72 977 0 72 979 1 72 9818 72 98 47 729 875 72 9931 73 0002 73 0 071 (For readability, fr and zr are shown here only to the basis point However, MATLAB computed them at ... Example h = holidays('jan 19 97' , 'jun 23 19 97' ) returns h = 72 9391 72 9438 72 9 477 72 9536 which are the serial date numbers for 01-Jan-19 97 17- Feb-19 97 28-Mar-19 97 26-May-19 97 See Also 2-146 New Year's ... system This function is useful with MATLAB Excel Link Example Given MATLAB date numbers for Christmas 19 97 through 2000: d = datenum(19 97: 2000, 12, 25) d = 72 974 9 73 0114 73 0 479 73 0845 convert them...
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Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 8 ppt

Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 8 ppt
... interest rate is 9% Cash flow Dates ($10000) January 12, 1 987 $2500 February 14, 1 988 $2000 March 3, 1 988 $3000 June 14, 1 988 $4000 December 1, 1 988 To calculate the net present value of this irregular ... irregular cash flow: cf = [−10000, 2500, 2000, 3000, 4000]; df = ['01/12/1 987 ' '02/14/1 988 ' '03/03/1 988 ' '06/14/1 988 ' '12/01/1 988 ']; pv = pvvar(cf, 0.09, df) returns pv = 142.16 See Also 2-210 fvfix, ... 729791 72 981 9 99 .85 4 99.344 98. 942 99 .85 5 99.349 98. 946 0.054391 0.055714 0.055 184 (Example output has been formatted for readability.) See Also 2-220 tr2bonds and other functions for Term Structure...
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Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 9 ppt

Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 9 ppt
... market parameters for December 22, 199 7: tbond=[0.0650 0.05125 0.0625 0.06125 datenum('15-apr- 199 9') 101.03125 101. 093 75 datenum('17-dec- 199 8') 99 .4375 99 .5 datenum('30-jul- 199 8') 100.3125 100.375 ... information Iter 10 11 12 13 14 15 16 17 18 F-count 22 28 35 42 49 57 63 71 77 84 90 96 102 108 114 120 127 f(x) 699 .185 658.224 610.181 590 .888 583 .96 1 583.224 582 .94 7 578.182 578.138 577. 898 ... datenum('26-mar- 199 8') 100. 093 75 100.15625 0.0564 0.0563 0.0560 0.0546]; Execute the function [bonds, p, y] = tr2bonds(tbond) bonds = 7 298 40 7 299 66 730106 730225 p = 100.1563 100.3750 99 .5000 101. 093 8 y...
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Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 10 doc

Financial Toolbox For Use with MATLAB Computation Visualization Programming phần 10 doc
... 0.06 0.09375 0.05125 0.07125 0.065 0.08 0.05875 0.07125 0.07 0.0525 0.07 100 100 100 100 100 100 100 100 100 100 100 100 2 2 2 0 3 0 3 0; 0; 0; 1; 0; 0; 0; 0; 0; 1; 0; 0]; y = [0.048; 0.06 ; ... commodity for a specified price within a specified time See Put b A demand to submit bonds to the issuer for redemption before the maturity date c A demand for payment of a debt d A demand for payment ... these formulas compute the price of a security given yield, dates, rates, and other data These formulas are nonlinear, however; so when solving for an independent variable within a formula, the Financial...
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Lab 5 Parallel Programming with MPI

Lab 5 Parallel Programming with MPI
... MPI_ Send(&matrixA[i-1][0], N, MPI_ LONG, i, i, MPI_ COMM_WORLD ); //matrix numsent++; } /* receive result and distribute data */ for(i=0; i < N; i++) { MPI_ Recv(&dotp, 1, MPI_ LONG, MPI_ ANY_SOURCE, MPI_ ANY_TAG, MPI_ COMM_WORLD, ... main(int argc, char ** argv){ int rank,size; MPI_ Init(&argc,&argv); MPI_ Comm_rank (MPI_ COMM_WORLD,&rank); MPI_ Comm_size (MPI_ COMM_WORLD,&size); Bài tập thực hành MPI – Bộ môn Hệ Thống & Mạng Máy Tính, ... mô hình Master-Worker #include int main(int argc, char ** argv){ int rank,size; MPI_ Init(&argc,&argv); MPI_ Comm_rank (MPI_ COMM_WORLD,&rank); MPI_ Comm_size (MPI_ COMM_WORLD,&size); if(rank...
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