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Question: Develop your own Matlab function for the Fixed-point method. Use the estimated relative error as your stopping criterion. The first line of your function should be function [root,froot,ea,iter] = fixedpoint(func,xr,es,maxit) where func is the function handle for the function to find the root of, xr is the initial guess for the starting point,es is the stopping criterion for the approximate relative error, and maxit is the maximum number of iterations; root is the value of the root, froot is the function value at root, ea is the approximate error of that root, and iter is the number of iterations needed.
Test your code for f(x) = 0.2-log(x^0.2) = 0, using an initial guess of xr = 1 and a stopping criterion es=1.e-4. (The correct result is x=exp(1)= 2.718281828459046.)
Can someone demonstrate me how to write a proper code for this problem and how to complete it. Thanks
Write a computer program to prepare a Linear Support Vector Machine SVM.
MATLAB: Create a function that will use the Secant method
Scheme and try a couple of values for α, one close to 1 and the other not. Convince yourself that a smaller Δt is not necessarily a better choice.
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Write the modified text file with the same name as the original file, but preprended with 'new_'. For instance, if the input filename was 'data.txt', the output filename would be 'new_data.txt'.
Create a function TotalDaysMonth(intYear, intMonth, strIndOrCum) in both VB and Matlab to calculate the cumulative days or number of days in a given month, depending on inputs, by employing array vector in VB or a vector matrix in Matlab.
Research and discover more in-depth knowledge about topics in Pattern Recognition and choose a topic. The best topic will be the one you are most interested in or a topic from your research project you are working on.
Determine the steady state conditions at t
Create a function that will use the Secant method to try to find a root. (Hint modify the posted version of False Position.) Because this method may diverge
Design a filter that meets all specifications, and show your results in support. Comment on the path your design process took, in particular on observations made and actions taken on the basis thereof.
In this simulation we are going to explore the design of a recursive digital filter which might be usedvin a digital radio station. The sampling frequency used in digital radio (DAB) is either 48 kHz or 24 kHz and for the purposes of this simulation,
Write a script that will loop through values of n until the difference between the approximation and the actual value is less than 0.0001.
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