Covering the Koch curve with smaller and smaller boxes
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we see
| N(1/3) = 3 |
| N(1/9) = N((1/3)2) = 12 = 3*4 |
| N(1/27) = N((1/3)3) = 48 = 3*42 |
| and in general |
| N((1/3)n) = 3*4n-1 |
| Here is the Log-Log plot to estimate the box-counting dimension of the Koch curve. |
| In this case, the pattern is simple enough that we can find the exact value of the dimension. |
Return to Box-Counting Dimension.