We choose the parameters A, (d_{1}), λ, σ, (d_{2}), γ, (d_{3}), h satisfying (Delta>0) and the conjugate complex roots (w_{2,3}) with the modules equal to one, that is, the case (I) in condition (4) of Theorem 3 in [33].
If the module result equals to zero, the last codeword in the codebook is selected.
end{aligned} (A1.4 It is a stationary process with roots for the autoregressive polynomial in module equal to ((1/0.8)^{1/12}>1).
Similarly in the unweighted yeast gene co-expression network, the mean factorizability of proper modules equals 0.62 while it is only 0.11 for the improper module.
In the weighted yeast gene co-expression network, the mean factorizability of proper modules equals 0.73 while it is only 0.18 for the improper module.
We show that the weak (i.e., flat) homological dimension of O(Y) as a Fréchet O X -module equals the cO X -moduleof Y in X.
Sample sizes ranged from 226 to 438 depending on the module; with approximately equal numbers of boys and girls.
The module shares the equal regions parallelisation scheme with the NWP model, with multiple layers of parallelism hybridising MPI tasks and OpenMP threads.
Assume that the run length value obtained from the first module is equal to h, h = 1, 2,…,m k.
GiGA was implemented as described in the original manuscript [31], and the module size was set to equal the module size identified by DEGAS.
The number of occurrence probabilities that need to be multiplied is equal to the module size, i.e. the number of genes whose combination is studied.
