Let us study the particular case of L equal to 1.
Note that the Grigorchuk subshift is an l-Grigorchuk subshift with l equal to the constant one sequence, namely (l = (1, 1, 1, dots )).
The tube with square section has a length L equal to 1.00 m, the side b is equal to 0.010 m.
All simulation results are obtained with no repetition coding and with data length L equal to the maximum data block length in the mobile WiMAX standard.
Furthermore, graphs of Fig. 6 report that the SRFFTpruning algorithm fail to deliver a result at all in the scenarios with L equal to N due to their algorithmic construction as reported by the authors of [3].
end{aligned}Here (tau ^{(j)}) and (beta ^{(j)}) are as defined in (3) and (4) with l equal to the constant 1 sequence, that is (l = (l_{i})) with (l_{i} = 1).
The first part MA is a vector ({V}_{1}) with a length L equal to the total number of operation, where each index represents the selected machine to process an operation indicated at position p, see Fig. 3a.
The two-dimensional model has a length L equal to 310 mm while the height H ranges from 24.8 to 124 mm and the jet orifice width W is 6.2 mm.
That so-called SRFFTpruning algorithm was developed for an implicit restriction that only a few consecutive output components (a number L equal to a power of two) are required.
With an initial pore diameter of approximately 60 nm, we assume that the diameter of the nanochannel is constant with a fixed length L equal to the silicon nitride membrane thickness, and the 'diameter of modified nanopore' can be introduced, which is given by Equation 1 [27]: {d}_{MN}=2sqrt{frac{L}{sigma pi R}} (1).
Similarly, if Ymodel and Yclinical have the same mean value, that is, Y - c l i n i c a l equal to Y - m o d e l, the second term is of a value of one.
