The phrase "application of error" is correct and usable in written English.
It can be used in contexts discussing the implementation or occurrence of mistakes or inaccuracies in a process or system.
Example: "The application of error in the calculations led to significant discrepancies in the final report."
Alternatives: "occurrence of error" or "implementation of error".
An additional application of error correction is optional.
Not only, in the greedy algorithm the application of error bounds (as surrogates for the actual error) allows significantly larger training samples Ξ train ⊂ D and a better parameter space exploration at greatly reduced Offline computational cost.
A new application of error propagation theory (EPT) and grey relational analysis (GRA) has been proposed to analyse the combined effect of the most influential variables in the operating conditions; i.e. the ignition mass flux and the maximum temperature.
We did this in order to look for a possible disconnect between the application of error by these two groups.
However, this method mimics the practical application of error decision making, and has been used successfully to study patient safety and errors[ 21, 56, 57].
After application of error correction methods, such parameters as percentage of mutated amino acid positions, genetic distance, genetic diversity as well as number of substitutions were calculated (Table 2).
This paper describes an application of error-based triangulation to very large sets of three-dimensional (3D) data.
With the careful application of error-tolerant search methodologies, such as de novo peptide sequencing, or the USTags approach [8], additional identifications of orthologous proteins that contain sequence polymorphisms may result.
Multiplication and squaring are the key operation in implementing circuits for various applications of error control coding such as Reed Solomon code.
As an application of an error bound for (GMVE), we also get error bounds of (GVVI) and (VVI), respectively.
The paper describes the practical application of thermal error analysis that aims towards the reduction of thermally-induced errors for precision length measurement systems operating in non-ideal environments.
