Applied Maple for Engineers and Scientists
"In this comprehensive, easy-to-understand book, Chris Tocci and Steve Adams show how real-world engineering problems can be solved using MAPLE as the principal tool. The authors go well beyond providing a tutorial on MAPLE V, Release 4, as they show how to set up problems using MAPLE and demonstrate how engineers and scientists should think about problems when using this popular software. The book features practical examples and detailed explanations of the engineering processes and mathematical functions used in each case. Accompanying software includes exercises and a demonstration of MAPLE features and subroutines that can be used to solve the reader's own engineering problems."--BOOK JACKET.Title Summary field provided by Blackwell North America, Inc. All Rights Reserved
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comb filter analysis and design
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alfa algorithm analysis applied approximation attenuation average bilinear transform Butterworth LPF coefficients color information color=black comb filter component values compute Consequendy convert curve fitting cutoff frequency damping factor data set data structures default defined derivative differential equations direcdy dsolve duty cycle dynamical system elements Estimated evaluation example exponential filter expr expression filter output forcing function Fourier Fourier series graphics hence impulse response input Laplace transform LevenbergMarquardt linear loop manipulate Maple Software Maple's matrix method nonlinear nonlinear regression numerical obtain operator opts output voltage package peak Plot_3 polynomial procedure regression residual error result Return ripple sample sequence shown in Figure signal solution solve step response substitute switching System_Response techniques Term Description Syntax Term Syntax time-domain tion topology transfer function variable vector versus window step Vout_2_Time Waterloo Maple waveform window step position with(inttrans with(plots Y_Max_Value Yvalues Z-transform