For N>1, it is possible to arrange matrices H n, n=1,2,…,N into the single filter matrix: mathbf{H}_{mathrm{P}} = left[mathbf{H}_{1}^{T} ; mathbf{H}_{2}^{T} ; ldots; mathbf{H}_{N}^{T}right], (30).
Then can be denoted by and be arranged in matrix form as follows: (6).
These plots are arranged in matrix form, where the th entry represents the respective inverse filter in (11).
And it is arranged by matrix representation as Eq. (3): − D V 1 − V 0 V 2 − V 0 t u v = O − V 0. (3).
The bit-cells are arranged in matrix to permit a current-mode read operation as opposed to voltage-based sensing techniques.
Based on the above assumptions and that the, the received samples over the t th coded super-orthogonal block transmission can be arranged in matrix form as (3).
Subsequently, the remaining modes are normalized to the substrate entry reaction (here enolase) and arranged in matrix form.
Genetic distances were arranged into matrices for each of the eight influenza viral gene segments.
The results were then combined with initiated treatments and arranged in matrices that allow prediction of risk in 1 year.
We also arranged the matrices to each have equal number of positive and negative cells (42 positive, 42 negative, and 16 zero cells).
