Exact(2)
This tau average grows smoothly with a :\tau(a) = \frac{12}{\pi^{2}}\ln 2 \ln a + C + O(a^{-1/6-\epsilon}) with the residual error being of order a−(1/6) + ε, where ε is infinitesimal.
It must be mentioned that the differences in X c are not significant and being of order of few percents are within the limits of experimental error.
Similar(6)
Thus, is of order (13).
Furthermore, the convergence is of order.
The weighting function is of order unity.
The weighting function is of order 6.
where is the th submatrix of order ; thus is of order, is of order, and similarly, the product is of order.
Full order μ controller is of order 17.
Related(1)
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