The design of numerical algorithms, as well as the choice of precisions and step sizes that maximize the speed of the calculation while keeping the errors within reasonable bounds, is almost an art form developed by extensive experience and ingenuity.
These were remarkably concentrated, focusing on the bare bones: choice of tempo, precision of ensemble (which came very naturally to them) and timing of entries.
Given a choice of improving precision by either increasing the number of plot-ALS observations or increasing ALS-GLAS observations, there is no obvious benefit to selecting one over the other.
The choice of the precision is critical.
The choice of the precision is a difficult compromise between accuracy and tractability.
In recent years, clustered regularly interspaced palindromic repeats (CRISPR) and its associated proteins (Cas) have become the method of choice for precision genome engineering in many organisms due to their orthogonality, versatility and efficacy.
Transcriptional activator-like effector nucleases (TALENs) have rapidly become a technique of choice for precision genome engineering.
Fig. 18 PSNR as a function of the resolution of the DCT for different values of the quality factor Q. For the choice of the optimum precision, we can use the PSNR of a compressed image obtained with floating-point calculations relative to the original image, shown in Fig. 19.
We included 5 parametric regressors for precision, the updates (or first derivative) of precision, choice conflict, the updates (or first derivative) of choice conflict, and the length of a game (long and short).
Nonetheless, depending on the nature of the calibration standards and matrix of choice, precision and bias determined in VS and QCs may reflect only poorly the true analytical behaviour of the assay with patient samples.
