The phrase "all of the computational" is correct and usable in written English.
It can be used when referring to all aspects or elements related to computation or computational processes.
Example: "All of the computational resources were allocated to the new project to ensure its success."
Alternatives: "all computational aspects" or "all computational elements".
All of the computational algorithms and results are presented for a nontrivial exactly solvable model and are described within a mathematical framework of error analysis where analytic, sampling, and discretization errors are treated separately.
The Mpact can handle, simultaneously, all of the computational work behind these functions: Dolby stereo sound, playback of full-screen digital films, a 33.6-kilobit-per-second fax/modem, videoconferencing and crisp 3-D graphics.
Moreover, in a QCA wire, all of the computational power is provided by the Coulomb interaction between cells in absence of electrical current flow between cells and hence no power dissipation.
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Consistent with the majority of research investigating the neurobiological mechanisms underlying binocular rivalry, all of the computational models of binocular rivalry focus on the perceptual dynamics experienced during prolonged viewing of rivalrous stimuli.
In summary, this method functions as a complementary approach to all of the computational miRNA prediction methods developed for miRNA sequence determination, making it possible to clone an interesting miRNA and study the conservation of that miRNA in the plant kingdom.
All the programs of the computational pipeline have been written in Java, and SQL was used for database queries.
An output text file is also created, containing all the results of the computational analysis (an example is presented as Additional file 4), such as the peak count for each sample, the identification of "active" vs. "inactive" cells (based on the presence of at least 3 peaks) and the autocorrelation analysis of peak-to-peak intervals (waiting times).
In our formulation, a coarse-scale continuum discretization is assumed to cover all parts of the computational domain with atomistic crystals introduced only in regions of interest.
Therefore, the grid around 500146 is used in all cases of the computational domain for the spirally semicircle-grooved tube.
As already mentioned, all boundaries of the computational domain are assumed to be impermeable.
