The examples listed in the table below demonstrate how Numerit is used to solve practical computing problems. Each example is a Numerit program. Click on the 'Document' link to see the program's output document. Click on the 'Code' link to see the program's source code.

Fourier Series Fourier series are demonstrated by building a square wave and a sawtooth wave as sums of sine waves. We see how adding more terms to the sum gets us closer to the desired wave forms.	Document	Code
Fourier Transform We use the fast Fourier transform (FFT) to calculate the spectrum of a simple sine wave, a sum of two sine waves, and a decaying sine wave. Users that run the program may change the frequency, the decay rate, and other parameters and see how they affect the results.	Document	Code
Correlation of Noisy Signals Correlation of noisy signals is demonstrated using the fast Fourier transform (FFT) algorithm. We show how important it is to correctly filter the signals before calculating the correlation.	Document	Code
Nonlinear Fit An implementation of the Levenberg-Marquardt algorithm is used to demonstrate fitting of experimental data to a given model. The model we use in this example is a sum of three Gaussians with variable positions, amplitudes, and widths.	Document	Code
Towers of Hanoi A recursive algorithm is demonstrated by showing a solution to the well known game - the Towers of Hanoi.	Document	Code