This is the same as Problem 12.
This solution returns f(0) = 1, which contradicts the decription of the given problem.
This solution uses filter from the Signal Processing Toolbox.
Yes, it uses filter, but filter is indeed not a toolbox function, but a built-in function. You can fix the error by changing f=y(n-2) to f = y(n)
... and then change first input of filter to [1,-1] and remove +1 from the end of the line.
Test suite is flawed. I had to add a round(x,0) function to the output to make it pass.
Test is correct. Fibonacci Numbers are integers, so your output should be to.
Determine if input is odd
Encode Roman Numerals
Solve the set of simultaneous linear equations
Rotate a Matrix by 90 degrees
Numerical differentiation with high precision
[Thermodynamics] Estimate boiling point of n-alkanes
Volume of a truncated cube
[Thermodynamics] Polynomial fitting of heat capacity data
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