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equation. It follows the laws of the Process-Grammar. Notice how the shape
goes back to a circle, as predicted in section 6. Fig 19 shows the corresponding
tracks of the curvature extrema in that evolution. In this figure, one can see that
the rules of the Process-Grammar mark the evolution stages. Shemlon applied
this technique to analyze neuronal growth models, dental radiographs, electron
micrographs and magnetic resonance imagery.
Fig. 18.
Continuous realization of the Process-Grammar for biological applications, by
Shemlon [11], using an elastic string equation.
Fig. 19.
Shemlon's use of the Process-Grammar to label the transitions in the above
biological example.
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