Sentence examples for test optimization from inspiring English sources

A 1 10 dilution of the cell supernatant was optimal for the test optimization (data not shown).

It is therefore important to devise and test optimization procedures that consider two or more objectives in the determination of optimal development and production plans.

Since the diversity of loadable fuels in the reactor core is at its highest level in the second cycle as compared to other operational cycles, it was decided to test optimization calculations in the most complicated state.

In order to maximize systems average availability during a given period of time, it has recently been developed a non-periodic surveillance test optimization methodology based on genetic algorithms (GA).

However, there are no detailed guidelines on item writing, test scoring or test optimization.

A thorough understanding of the specimen attributes that could affect a molecular assay are a key component of test optimization and validation.

We demonstrated that Bayesian optimization not only provides better, more efficient classification but is also much faster the number of iterations it required for reaching optimal predictive performance was the lowest out of the all tested optimization methods.

Further pre-test optimization strategies are required, such as dietary modification or unfractionated heparin, as solely fasting may not be sufficient to suppress myocardial FDG uptake (Harisankar et al., 2011; Scholtens et al., 2016; Williams & Kolodny, 2008).

The results above have demonstrated the advantages of D-ABC algorithm for lower dimension of parameter-vector like datasets 1 and 2. Furthermore, datasets 3 and 4 are collected for testing optimization of higher dimensional x →.

This paper describes a project of a non-nuclear, 1 1 scale testing platform dedicated to tests, optimization and validation of integration and maintenance operations for the European TBM systems in the ITER Port Cell #16.

This study was aimed at investigating the application of an inverse finite element analysis technique to identify material parameters of polymer gels via nanoindentation creep testing, optimization, and finite element simulation.