A fractal is a property of self-similarity, each small part of the fractal object is similar to the whole body. The traditional box-counting method (TBCM) to estimate fractal dimension can not reflect the self-similar property of the fractal and leads to two major problems, the border effect and noninteger values of box size. The modified box-counting method (MBCM), proposed in this study, not only eliminate the shortcomings of the TBCM, but also reflects the physical meaning about the self-similar of the fractal. The applications of MBCM shows a good estimation compared with the theoretical ones, which the biggest difference is smaller than 5%. © (2011) Trans Tech Publications, Switzerland.
A modified box-counting method to estimate the fractal dimensions / Xu, J.; Lacidogna, G.. - STAMPA. - 58-60:(2011), pp. 1756-1761. (Intervento presentato al convegno International Conference on Information Technology for Manifacturing Systems (ITMS 2011) tenutosi a Shanghai, China nel May 7-8, 2011) [10.4028/www.scientific.net/AMM.58-60.1756].
A modified box-counting method to estimate the fractal dimensions
Lacidogna G.
2011
Abstract
A fractal is a property of self-similarity, each small part of the fractal object is similar to the whole body. The traditional box-counting method (TBCM) to estimate fractal dimension can not reflect the self-similar property of the fractal and leads to two major problems, the border effect and noninteger values of box size. The modified box-counting method (MBCM), proposed in this study, not only eliminate the shortcomings of the TBCM, but also reflects the physical meaning about the self-similar of the fractal. The applications of MBCM shows a good estimation compared with the theoretical ones, which the biggest difference is smaller than 5%. © (2011) Trans Tech Publications, Switzerland.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2972312