The phrase "application of the benchmark" is correct and usable in written English.
It can be used in contexts where you are discussing the implementation or use of a standard or reference point for comparison in various fields such as finance, education, or performance evaluation.
Example: "The application of the benchmark in our analysis allowed us to measure the effectiveness of our strategies against industry standards."
Alternatives: "utilization of the benchmark" or "implementation of the benchmark".
The advantage of the proposed method is demonstrated by five numerical examples, among them one example was supported by real-life application of the benchmark problem that is associated with reasonable issues in the sense of an extended dissipativity performance.
Finally, numerical examples are given to illustrate the effectiveness and reduced conservatism of the proposed results over the existing ones, among them one example was supported by real-life application of the benchmark problem.
With additional data availability, future applications of the benchmark may add weights to contributing data streams or apply alternative normalization methods according to researcher or practitioner needs.
The results concerning the application of this benchmark on these languages are presented and analysed.
A caveat in the application of the mathematical benchmarks, effect size and NNT, is the influence of trial design, outcome measures and patient population on the apparent magnitude of response to a given treatment.
Elementary validation cases are detailed, as well as application of the code to benchmark problems such as the HTR-10 thermal hydraulic exercise.
From the perspective of applications, the benchmark attempts to determine a sustainable "realistic" memory bandwidth, which is unlikely to be the same as the theoretical peak, using four vector-based operations: COPY a=b, SCALE a=q*b, SUM a=b+c and TRIAD a=b+q*c.
For the evaluation, we used an adapted version of the real-time application Kfl (the benchmark is also used in Section 5.4), which is a node in a distributed control application.
The application of the ModuLand method on the benchmark graphs of Lancichinetti et al. [21] generated over a range of parameter settings showed (Figure S1.13.
Successful application of the method to several benchmark problems of axisymmetric plate and shell structures proves its robustness.
