Research Article
Citation: J. Arockia Aruldoss, J.Ashwini Pricilla. "Mathematical Model Of Cellular Automata And Fractals In Cancer Growth." International Journal of Computing Algorithm 3.3 (2014): 243-245. |
In this paper, Mathematical Model can generate dynamics using Cellular AutomataCA and Fractals in cancer growth. This model describes a cancer growth are inspired from the conway’s game of life and each cell of the grid represents the location of living cells. To achieve this model we have developed an algorithm based mainly on Cellular Automata CA and Fractal Technique FT. Using these both technique provide more information about cancer growth.
Keywords Dynamics, Dimensions, Cellular AutomataCA, Fractals, Self-Similarity, Pascal Triangle and Sierpinski Triangle.
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@article{Mat1484922, author = {J. Arockia Aruldoss,J.Ashwini Pricilla}, title = {Mathematical Model Of Cellular Automata And Fractals In Cancer Growth}, journal={International Journal of Computing Algorithm}, volume={3}, issue={3}, issn = {2278-2397}, year = {2014}, publisher = {Scholarly Citation Index Analytics-SCIA}
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