Differentiate the function (f(t)=t^{3}) in BPF domain using the (mathbf{D}) matrix considering (m=10) and (T=1 mathrm{~s}). Then
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Differentiate the function \(f(t)=t^{3}\) in BPF domain using the \(\mathbf{D}\) matrix considering \(m=10\) and \(T=1 \mathrm{~s}\). Then find out the percentage error of the BPF coefficients obtained using the D matrix with respect to the direct BPF expansion of the differentiated function.
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Related Book For 
Control System Analysis And Identification With MATLAB Block Pulse And Related Orthogonal Functions
ISBN: 246725
1st Edition
Authors: Anish Deb, Srimanti Roychoudhury
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