By light path alignment, the paths of shortest-path transmission measurement are converted to parallel.
The paths of the scattered light are converted to parallel paths by this conversion, then the optical CT for the scattering object using inverse Radon transform is possible.
For example, in [8], a single-user MIMO system, where the MIMO channel is converted to parallel independent subchannels through singular value decomposition (SVD) and then the transmit power is allocated across the subchannels to maximize the energy efficiency (EE) of the system, is considered.
Furthermore, the serial modulated data is converted to the parallel data and then transformed to the time domain by using inverse discrete Fourier transform (IDFT).
Furthermore, the serial modulated data is converted to the parallel data and then transformed to the frequency domain by using discrete Fourier transform (DFT).
Therefore, the sinogram of the shortest-path transmission measurement g s can be converted to one of the parallel transmission measurement g p by the following equation: g_{p}(x_{p},theta_{p}) = g_{s} left(frac{x_{s}}{2 sin phi}, phi - theta_{s} right).
Specifically, RNA-Seq data can be converted to more useful gene-level expression data whose form exactly parallels microarrays, assigning a single expression level value to each gene.
In parallel, the protein expression levels were converted to a +/- format based on these criteria: i.u.u
In a parallel pathway, DA can also be converted to norepinephrine by DOPA β-hydroxylase, which binds to the adrenergic receptors α1, β1, and β2.
