ItThe WTMM is then capable of producing a "skeleton" that partitions the scale and time space by fractal dimension.
[[File:Fig_to_squel.gif]]
In the above figure, the x-axis is time. Two signals are analyzed. (top) Their fractal dimension at different scales is extracted using the WTMM method (middle), and finally a skeleton partitioning the signals by fractal dimension at different times and scales is drawn (bottom). (source Scholarpedia [http://www.scholarpedia.org/article/Wavelet-based_multifractal_analysis])
